SETI Institute in the news October 31 – November 6, 2019 – SETI Institute

Smart Gloves May Give Space Explorersa Helping Hand

The future of space exploration may well involve the use of drones to reach places that are difficult or dangerous for human explorers. Now the latest innovation in spacesuit technology would allow astronauts to control these robotic explorers with simple hand gestures. The NASA Haughton-Mars Project (HMP), SETI Institute, Mars Institute, NASA Ames Research Center, Collins Aerospace, and Ntention announced their collaborative efforts have resulted in a successful field test of the "astronaut smart glove." Ntention, a Norwegian startup company, developed the smart glove technology and began collaborating with HMP after SETI Institute senior planetary scientist Pascal Lee saw a demonstration. Several outlets, including Inverse, covered the story:

"Astronauts on the Moon or Mars will want to fly drones for various reasons," said Lee. "For instance, to collect a sample that is out of reach or that needs to be isolated from contamination. Or to assist in a search and rescue operation. [W]e have been looking with NASA at how robotic flyers might assist astronauts in a variety of science and exploration tasks, including surveying, mapping, sampling, scouting, fetching, and inspecting."

Astronauts, limited by the mobility restrictions of protective pressurized suits, may find exploration less cumbersome and dangerous with the help of smart glove controlled drones:

"A smart glove-equipped spacesuit could be a solution," said Lee. "With it, astronauts could easily control a range of robotic assets, making science and exploration operations on the Moon, Mars and at other destinations more effective and productive."

How does one craft an interstellar message? Thats a question researchers have been working on since the early days of the SETI field. The Guardian ran a piece recently covering the challenges and insights that have arisen over the years:

The planetary astronomer Frank Drake undertook the first scientific attempt to determine whether we are alone in the galaxy at the Green Bank radio observatory in 1960. For four months, he spent several hours a day observing two nearby stars for any signs of intelligent life.

He came up empty-handed Still, Drake recognized the nascent search for extraterrestrial intelligence had a glaring blind spot. If we ever did hear from an alien, how would we go about designing a response?

For the next decade, Drake and some of the world's pre-eminent scientists devoted considerable intellectual energy to solving this problem.

Frank Drake, the creator of the Drake Equation, is frequently regarded as the father of SETI science for his pioneering early experiments in the field. Today he serves as Chair Emeritus on the Board of Trustees of the SETI Institute, and the SETI Institute continues to explore this challenge:

Tomorrow, our messages will be even more sophisticated. The Seti Institute's Earthling project, for instance, is amassing a database of sounds submitted by users around the world, which will be electronically remixed to create unique songs that try to capture human music as a gestalt then broadcast into space.

You can learn more about the Earthling project and the creative behind it, composer and SETI Institute artist-in-residence Felipe Perez Santiago, at SETI.org.

Dr. Avi Loeb, a Harvard professor of astronomy, has suggested that alien life might be hiding quite close to home. Loeb thinks the surface of Earth's moon might be a prime target for researchers looking for extraterrestrial microbes. Lacking an atmosphere to destroy incoming meteors meteors that could contain alien life and because there is no geological activity, the surface of the moon is relatively pristine. Seth Shostak, a senior astronomer at the SETI Institute, weighed in on the idea in a recent piece featured in the Boston University News Service:

"One possibility is that life may have slammed into the moon from some other [planet], but if it was coming from farther away than our solar system, it becomes very difficult," said Shostak.

Biological organisms may be unable to survive the harshness of space in their journey across the universe to the moon, explained Shostak. "The desiccation, all the water would either be frozen or just escape as gas from the rock."

Then theres the space radiation, which would break organisms apart even more. These little microbes dont have life jackets, he said.

While Shostak is somewhat doubtful we'll find alien life on the moon, he acknowledges that we haven't seen sufficient evidence to rule it out either:

I think its good that he stimulates some thought on these things, said Shostak. On the other hand, you know, weve also got almost nothing on the moon. So, we dont really know.

Is Meeting our CosmicNeighbors a Bad Idea?

We are looking for extraterrestrials but are we ready to introduce ourselves? SETI Institute senior astronomer Seth Shostak appeared on TEDxMarin to present an "irreverent look" at whether introducing ourselves to the universe is such a good idea.

Big Picture Science

In last weeks episode, meet the powerhouse machines that lead the supercomputer pack in Supercomputer Showdown. In our previous week's episode, find out how the first exoplanet discovery led to 4,000 more and a Nobel Prize, in Nobel Efforts.

Facebook Live

Last time on Facebook Live, CEO Bill Diamond Interviews Science Advisory Board Chair Lucianne Walkowicz. Videos of all past Facebook Live events are on our Facebook page: https://www.facebook.com/SETIInstitute/

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SETI Institute in the news October 31 - November 6, 2019 - SETI Institute

Space Books and Gifts for Space Kids of all Ages – The Planetary Society

Our own Emily Lakdawalla, Planetary Society Senior Editor and book lover, shares her 2019 list of space books for every age range, from infant to adult. She also presents a list of cool space gifts recommended by scientists and engineers. Bruce Betts provides a tantalizing tease for what could be a brief but massive shower of meteors. And theres much more to look for in the fall sky.

What is the new or relatively new name for the most distant object visited by a spacecraft?

The winner will be revealed next week.

Apollo 4 was the first launch of the Saturn V rocket.

Mat Kaplan: [00:00:00] Need a great space book? Emily has the list this week on Planetary Radio. Welcome. I'm Mat Kaplan, of the Planetary Society, with more of the human adventure across our solar system and beyond. It's that time of year, Planetary Society senior editor, Emily Lakdawalla is back with her annual list of outstanding books for space nerds of all ages. She'll join me in moments to list just a few of her faves, and she'll read a few passages. You'll also hear my top picks, and we'll sample Emily's separate list of great gifts recommended by space professionals.

Bruce Betts is also ahead on this home team edition of our show. Here are three stories torn from the latest edition of The Downlink, the Planetary Society's weekly digest of space exploration and science headlines. Planetary Society editorial director [00:01:00] Jason Davis has more waiting for you at planetary.org/downlink.

Japan's Hayabusa2 spacecraft left asteroid Ryugu after spending nearly a year and a half collecting samples, creating an artificial crater, and deploying small probes. The spacecraft will return its two samples of Ryugu to earth in about a year. They might tell us more about the origin and evolution of the solar system.

Ultima Thule, no more. That wondrous Kuiper belt object, officially known till now as 2014 MU69, has been given the name Arrokoth by the International Astronomical Union. The Native American term means sky in the Powhatan/Algonquian language. The New Horizons spacecraft famously flew past it on New Year's Day, 2019. Ultima Thule was never more than a nickname provided by the mission team.

NASA's Mars Curiosity [00:02:00] Rover has detected seasonal changes in oxygen levels that scientists can't explain. The findings may be related to a similar ongoing mystery over fluctuating methane levels. There's a chance the changes could be linked to underground life. Though a non biological explanation is more likely, need we remind you that extraordinary claims require extraordinary evidence? Of course, I believe it's a grove of giant sequoias in the Valles Marineris with squirrels. Kidding. The Downlink has lots of links waiting for all of you who wanna explore these and other stories. No kidding.

Going now our friend and colleague, Emily Lakdawalla. I'll remind you again later, but all the books she recommends on her 2019 list can be found in the blog at planetary.org, along with the gift guide. Emily, like you, books have meant, right from the beginning, and still today, mean so much to [00:03:00] me. I remember, in fact, I still have the Life Science Library that my parents bought us. And my favorite volume in that library, the book simply called Space, uh, which gave me a good deal of my introduction to, uh, astronomy, and astronautics, and space exploration.

And then, uh, science fiction as well, not something that you cover, uh, except for the, I guess, the youngest kids, there's a little bit of fiction here, but I still have some, um, some old Robert Heinlein young adult books here. Books are that important to you too, aren't they?

Emily L.: Yeah, I've been a, a huge reader all my life. So it was a little difficult when I had children and I didn't have as much time as I used to, to just get lost in books. Um, like you say, fantasy, Sci-Fi, um, non-fiction. I used to devour everything. I remember a book that changed my life was The Dinosaur Heresies by Robert Bakker, which I read as an eighth grader, which had the gall to question established science and propose this revolutionary idea that dinosaurs might actually be [00:04:00] birds. And it's just been delightful to watch that whole thing unfold. So books are very important to me.

And you know, when I became a parent, I wasn't reading so many books intended for adults, but I was reading, consuming and reading aloud a great many books for children. And it occurred to me that I could have a little fun by, uh, suggesting to other parents books that would be good, that were about space, kind of, you know, dovetail both of my interests being a, being a parent and, and of course space exploration. The delightful thing about that is that after doing this for now, 11 years, I get shipped boxes and boxes of books all year long and it's like Christmas every day I get one of these, I get to open it up and see what's inside.

Mat Kaplan: Great fun. As you know, I, I get, uh, some of these as well, but they tend to be intended for adults. I had the best time, some of my best parental memories are of reading to my daughters who I am delighted to say are both avid readers now and, and very fine [00:05:00] writers. And I'm sure that that was very much tied to their exposure to books as young kids.

Emily L.: Oh, definitely. My kids are, are of course avid readers too. And um, it was really important to me that I read books to them that weren't just, you know, informative and had good a story, but the language had to be enjoyable as well. The word choices rich, the rhythm of the sentences, fun to read aloud. And so I, I always look for that in the books that I recommend to my annual book list.

Mat Kaplan: Well, so I don't think that we've ever thrown away a children's book because Adrian was planning for grandchildren right from the start. And so we have shelves downstairs. You have on this newest list, a bunch of, uh, books that, uh, probably belong on some of those shelves. Let's, uh, start going through some of these. And, and I know you've got them divided up by, uh, age range.

Emily L.: Yes. When I recommend book for, books for kids, I'm, I'm not kidding, I, I recommend books for all ages zero to 18. And so to help people out in selecting books for their own kids or their niblings or, whoever, um, I do divide them by age. It's [00:06:00] funny. D-, different years I get a more or less of different age range books. This year was a particularly good year for books for ages around four to seven. The kind that you read aloud to a child who's just beginning to learn to read for themselves. There were some great ones this year.

Mat Kaplan: Okay. And you start even younger than that as you said, zero to, what is it, zero to three?

Emily L.: Mm-hmm [affirmative]-

Mat Kaplan: Even infants, um, get 'em while they're young.

Emily L.: [Laughs]. I have to say some of the books in that category are really more for the parents than they are for the children, but they're good, uh, you know, durable board books. But let's begin, I think with a book from this four to seven year old range. Um, the first one I, I'd like to talk about is Twinkle Twinkle Little Star, I Know Exactly What You Are. Uh, which was written by, um, Dr Julia Kregenow, who's a, uh, actually an astronomer at Penn state, um, illustrated by Carmen Saldana. And this, as you might imagine, it's a retelling, a rephrasing of the Twinkle Twinkle Little Star poem. But Kregenow has, has actually managed to [00:07:00] compress into that rhyme a huge amount of information about different kinds of stars across the galaxy. And, um, I'd like to read a little selection of it if I could-

Mat Kaplan: Please do.

Emily L.: So this is, uh, toward the middle of the book. Our sun's average as stars go, formed 5 billion years ago, halfway through its life so far, twinkle midsize, yellow star.

Mat Kaplan: [Laughs]. That's wonderful. What a perfect little [crosstalk 00:07:25].

Emily L.: Hold on.

Mat Kaplan: Oh, there's more?

Emily L.: There's more. I want to read a couple of stanzas. Two stars make a binary or a triple if there's three, some are so low, just like ours, twinkle, twinkle little stars. Quarter trillion stars all stay bound within the Milky way. Dusty spiral with a bar, twinkle galaxy of stars. Stars have planets orbiting rocky or gaseous moons and rings. Earth's unique with life so far, thank you to our precious star.

Mat Kaplan: Oh, that was lovely. Thank you. I think that's one for my, uh, [00:08:00] going on four-year-old grandson.

Emily L.: It's so enjoyable to read, because she's r-, she's really, uh, like, I said, packed a lot of information. Each page has a wonderful illustration with it. Each has some- some facts that'll really teach parents about stars, and yet it still has the proper rhythm, and is hugely enjoyable to read.

Mat Kaplan: For adults too. I mean, that's just fun to listen to and to read.

Emily L.: Absolutely. And that's what I... Those are the kinds of books that I really love, and- and pull off the shelf again and again.

Mat Kaplan: All right, any others for this age group, or do we move on?

Emily L.: Yeah, I had one other I wanted to recommend from this one. It's not inverse, uh, it's just a- a pro story written by Dean Robbins, illustrated by Sean Rubin. It's called The Astronaut Who Painted the Moon. And it's about Alan Bean-

Mat Kaplan: Hm.

Emily L.: ... the Apollo astronaut who became, uh, a space artist after he returned to earth. Robbins talked with Bean doing research for this. And so it's a, it's a very special story about, um ... It's about the Apollo mission, but it's really more about space art and how Bean wanted to use [00:09:00] art to communicate about the- the wonder of exploring the moon with the rest of the public.

Mat Kaplan: And, of course, we only just, uh, celebrated Alan Bean with the, uh, marking of the 50th anniversary of, uh, of Apollo 12.

Emily L.: And I- I'd like to read a selection from this one, too, if I could?

Mat Kaplan: Sure.

Emily L.: Alan's friends asked him about his time in space. "What was it like up there?" He tried to explain the moon's barren beauty, but words weren't enough, and his photographs just showed a grim and gloomy place. There was so much more to the moon than that. So much magic and mystery. How could Alan share his story so others would understand? He pulled out his paints and brushes. Alan knew he was the only artist ever to leave the earth. The only artist ever to see the moon up close. Maybe a painting could show how it felt to be in outer space.

Mat Kaplan: And of course, uh, since then, we've had a number of other artists, uh, follow Alan Bean into space. [00:10:00] And it's just, it's wonderful to think about not just the- the visual artist, but the musicians and others who've, uh, made it up to the international space station and elsewhere above our heads. It's... Does this book contain any of Alan Bean's actual work?

Emily L.: It does not. It, uh, contains, uh- uh, really wonderful illustrations by Sean Rubin, but it doesn't contain Alan Bean's art. It does, um, I think inspire, uh, parents who are pretty much all hyper-connected to the internet these days to, uh, maybe, Google and look for his really very unusual artworks. And it... The book does talk about how, um, his art is not representational, it's abstract. And it's about communicating the feeling of being on the moon, um, the, kind of, human experience of it, as much as it is about showing what the moon looked like to his eyes.

Mat Kaplan: Now I've always enjoyed his, um, his work as well. And I'm looking at the cover of the book and, uh, it's a great illustration by this, uh, Sean Rubin.

Emily L.: And I should mention that Dean Robbins wrote one of the books that I recommended last year, which was called Margaret and the Moon, about Margaret Hamilton. So [00:11:00] he's clearly a space fan, and I look forward to more from him.

Mat Kaplan: Nice, yeah, a return visit, that's great. Okay, let's move on.

Emily L.: Um, moving up a little bit, we're, uh, going up in age to, um, maybe, older elementary school, to kids who are, uh, reading chapter books, um, easy chapter books. And, so, they're looking for short, maybe exciting books with great illustrations. And I have an unusual one to recommend this time around. I'm always a little fearful when I'm contacted by somebody who self-publishes a book, because... Uh, it's not because people can't write well, if they, um, you know, aren't part of the writing establishment. But, um, often they try to publish their books without having any professional editing done. And that, I'll tell you, is a huge mistake.

Mat Kaplan: Mm-hmm [affirmative].

Emily L.: Editors save lives. And, so, um, when I'm contacted by amateur authors or, you know, people who are doing the self-publishing route, I always tell them, "You have to understand. Uh, first of all, I don't recommend you send a book to me that hasn't been edited by somebody who has some skill. And second of all, I almost never recommend [00:12:00] self-published books because they just don't meet that editorial quality."

But this one, uh, really favorably surprised me. It's written by a software engineer named Douglas Meredith, titled Generation Mars, illustrated by Luis Peres. It's a story of the first generation of children born on Mars, and it's intended to be the first in a series. And, I don't know, I have a memory of reading a book, kind of, similar to this, um, as a child that featured children protagonists, about my age, um, experiencing a- a very realistic science fiction future. And it really fired my imagination.

And I- I believe that this story can really do the same thing for kids of that age. Could put them in the boots of these children who are walking out on the martian surface for the first time. The first kids on Mars. And I think it's just a... It has the potential to be a really great and inspiring s- story for that age.

Mat Kaplan: Well that's exactly what Robert Heinlein was up to with his, uh, books for young adults, mostly written in the 1950s, that I certainly identified with. And it [00:13:00] drew me in better than, uh, any of the nonfiction space books that I had started out with, before I discovered Heinlein and the rest of science fiction. Have you got a sample from this one?

Emily L.: I do. So I thought that I'd read part of the book where, um, the child does, the main character, Cass , actually walks out on the surface of Mars for the first time. The outer door rolled open noiselessly, and beyond was the surface. Cass could see a flat red plain that stretched from the air-locked door into the distance. Here and there were round buildings, and rovers, and rover parts stacked neatly.

She stepped out of the air-lock and felt a moment of panic when she looked up the sky. It went on forever, and was not blue like the sky in the town. It was shades of yellow and tan, except for a hazy bluish area around the sun. The sun! That was the real thing! She'd seen pictures of all this, of course, but standing beneath it now for the first time, she felt small and scared. Her head swam and she looked down. "That's quite a sky isn't it, children," [00:14:00] said Sally. "It can be a little scary at first, I know, but come out, gather around, and we'll hold hands while we look."

And then I'll skip forward a little bit. Cass held the gloved hand of the kid to either side of her. She was afraid to look up. She focused on her breathing, counting three for in, and three for out, and looked at the ground to study herself. Her booted feet were huge. She scratched at the red dirt with one, dragging it forward and back slightly, then in a small arc, then in a big curve that became a C. She smiled. She looked up into that endless yellow sky. She let go of her classmates' hands, and she raised her arms up toward that sky, and she wooped. She-

Mat Kaplan: Huh.

Emily L.: ... opened her mouth and let out the loudest, wildest, craziest holler ever heard on the planet.

Mat Kaplan: That is wonderful! Nice work-

Emily L.: [Laughs]

Mat Kaplan: ... uh, Douglas Meredith.

Emily L.: Yeah, it's, uh, it's enjoyable, and I look forward to further installments in the series.

Mat Kaplan: And the cover of the book just happens to be, I- I assume it is a depiction of exactly this scene that you just, uh, [00:15:00] read an excerpt to, uh- uh, from, uh, as these kids in their- their v-, uh, [laughs] very, I don't know, maybe their 22nd century, uh, spacesuits, step out onto the surface of Mars.

Emily L.: Yeah, and I should mention that the illustrations in this book are really beautiful quality. They're full-color paintings, um, and they're just gorgeous.

Mat Kaplan: And those are by, uh, Luis Peres-

Emily L.: Yes.

Mat Kaplan: ... as I see in your list. Let me mention-

Emily L.: Oh ...

Mat Kaplan: ... one. It just happens to be one I'm familiar with, because it's by Sarah Cruddas, who, uh, with a forward by the astronaut, Eileen Collins, uh, The Space Race: The Journey to the Moon and Beyond. Also, really well illustrated. I was very happy to see it in your, in your, uh, list this year. Uh, and it's a great book. Sarah's much better known in the U.K. than she is here, because she's a, kind of, a- a science television, um, personality over there. Uh, but it's, uh, it's a terrific book. Uh, just called the Space Race. And now, please... Sorry for the interruption, Emily, but, uh, go on.

Emily L.: So I've got a great book for the middle grade group. It's, um, it's a young [00:16:00] readers' version of a autobiography by Astronaut, Leland Melvin called Chasing Space. And Leland Melvin is probably best known on the internet right now for a, a his astronaut portrait featuring his two dogs-

Mat Kaplan: [laughs]

Emily L.: ... who are jumping all over him, uh, as he's wearing his, his orange flight suit. His, uh, story is really quite remarkable. He was actually drafted into the NFL. He played briefly for the Detroit Lions before being sidelined by a hamstring injury. He was actually on the Cowboys, uh, briefly but was cut before the season started. And he went on to grad school and then became an astronaut. Flew two missions aboard Atlantis, and, um, is now, uh, retired from the astronaut work. But he's, uh, doing a lot of work touring all over the country, um, giving, uh, talks, uh, supporting STEM education, especially for Black youth.

And I have to say, his autobiography is just gripping. There are so many moments in his story that could have ended all hope of having any kind of [00:17:00] distinguished future. And then there are all these kind of moments of grace where things just line up and are lucky for him. And of course, he's skilled and intelligent and, and all of that. His writing is really excellent. But he never fails to give a huge amount of credit to all the people who helped him along the way. And so, it's just, it's a delightful read. I haven't read the adult, the originally version. This is the young readers' edition. Um, but I assume it's, it's just as exciting. This is a, a fast read. And I'm, I'm [laughs] sure it covers, um, uh, most of the same material.

Mat Kaplan: I'll note that the adult version of, uh, Leland's book is, uh, on your gift guide, which we will address in a few minutes briefly. Uh, it's, it's a great book. And, and, man, this guy has lead an amazing life. Almost, uh, lost the opportunity to become an astronaut for reasons that we won't go into. It would give too much away of the story. But, uh, I agree, it's great and, and just a, a very nice guy as well. He's visited us at the Planetary Society.

Emily L.: Yeah. He really is. And the stories that he [00:18:00] tells, you know, he's, he's certainly faced the same kind of discrimination, um, all throughout his life as any other African American does. And he's also gotten extraordinary opportunities. He was actually... He actually had to be, had to be talked into applying for a job at NA-, at NASA. And he actually decided he wasn't going to apply to be an astronaut, because he figured it was too long a shot.

Mat Kaplan: Uh-huh [affirmative].

Emily L.: And then one of his friends, uh, applied and became an astronaut. And he was like, "This five foot tall guy became an astronaut," or five foot four, whatever, "became an astronaut. Then surely I could do it."

Mat Kaplan: [laughs]

Emily L.: And so, um, there's, there's all these moments. It's really wonderful. I have two selections, uh, from this book to read.

Mat Kaplan: Go for it.

Emily L.: Okay. So, the first is, uh, just after he's been, um, selected as an astronaut and he is, is talking about moving to Houston. "I bought a house in El Lago, the neighborhood where Neil Armstrong and Buzz Aldrin lived at the time of the first moon landing. El Lago City Hall has an Astronaut Wall of Fame with photos of all the astronauts who had lived there. 48 at last count, including me. The house I found was simple but [00:19:00] beautiful, and I remember thinking, 'I could get used to this.'"

Mat Kaplan: [laughs]

Emily L.: "On the other hand, some people had to get used to me. El Lago wasn't a place that had seen a lot of Black people, let alone many Black astronauts. The day I moved in, a woman across the street stared at me, her arms folded across her chest. 'Hi,' I said, and waved to her. She shook her head and walked back into her house. Thanks for the warm welcome, neighbor."

Mat Kaplan: [laughs]

Emily L.: So, that's, uh, that's the first selection. And then here's, uh, the second one, um, is coming at a time when, uh, is actually right after, really the moment after the space shuttle, Columbia, broke up on re-entry. "Everyone at NASA Headquarters was focused on one thing, taking care of our families. Every astronaut chooses what's known as a crew astronaut casualty officer, or CACO, when he joins the Corps. The CACO's job is to help the family interact with NASA in case of a disaster. That afternoon, I was asked to provide support to the parents of David Brown, the flight surgeon who had been [00:20:00] along the crew. I wasn't David's CACO, but he was a close friend. David had lead the investigation to find out what happened to my hearing in the NBL pool. He helped me through one of the most difficult periods of my life with a patience and grace that I'll never forget."

Skipping down a little bit. "'My son is gone. There's nothing you can do to bring him back,' David's father said to me. 'But the biggest tragedy would be if we don't continue to fly in space to carry on his legacy.' Judge Brown's comments, his grace in the midst of grief hit me in the heart. I knew he was right. We couldn't give up. I couldn't give up. His strength and conviction in the shadow of what I know was one of the darkest moments of his life changed how I felt about my place in the world and gave me a whole new understanding of what it means to think of others first. In that moment, I dedicated myself to doing everything I could to honor his words."

Mat Kaplan: Oh, that's very effecting. Very nice selection.

Emily L.: Mm-hmm [affirmative]. Highly recommend it to both kids and adults. And actually, that's true for, um, all the [00:21:00] middle grade and, um, teen books I recommend. Several of them are not even in-, intended for children. They're just accessible to children. And I, I often find that, uh, uh, books that work well for young, younger readers are really often the best explainers of experiences, of, uh, events. And, um, they really kind of get to the heart of what happens in major events.

Mat Kaplan: I've got a great example of one of those that, uh, you also included in this age range of 11 to 13. And it's, uh, Visual Galaxy, which is just as spectacular as you would expect a book to be from National Geographic. Uh, and you point out that it's about [laughs] ... It's not just pictures of the Milk Way Galaxy and others. It's really about the contents of the galaxy, including our own solar system. And it, it is gorgeous.

Emily L.: Yeah. It's a whole planetary science textbook.

Mat Kaplan: Yeah. More of Emily and her list of great books is coming right up. But first, how about The Great Courses Plus? [laughs] One of my favorite ways to, uh, to learn. [00:22:00] And it makes learning so easy and accessible. Thousands upon thousands of lectures on pretty much every topic that you can think of, and you can do it at any place, lunch break, the gym, washing dishes if you want. And here is a personal recommendation for you. I highly recommend Apollo 11: Lessons for All Time. It is The Great Courses Plus special tribute to the 50th Anniversary of Apollo.

Four lectures, each one of them taught by a wonderful specialist in their field looking at the geopolitics of Apollo, the moon itself, what the moon taught us about the rest of the solar system and beyond. It's absolutely outstanding. And here is that special deal that is available to you listeners. You can go to thegreatcoursesplus.com/planetary and get a free month, not just for this course but every one of the hundreds and hundreds of courses offered by The Great Courses Plus. That's it, [00:23:00] thegreatcoursesplus.com/planetary to start your free month. Have fun learning. Where to now?

Emily L.: In the oldest age group, I'm recommending, um, several books that, like I said, they're not marketed at teens. They're marketed at adults, just accessible to teens. And I have a, a really unusual and fun book, um, by James Trefil and Michael Summers called Imagined Life. It's a book about astrobiology. So, it explains in very plain language, um, really easy to understand how we are looking for life in the universe, what we're looking for when we're looking for life in the universe, why we are looking for life that might look similar to ours, uh, to life on our own planet, and, um, the, some of the techniques that we're trying to use and some of the places, in particular, the places where we're looking for life.

But astrobiology is a, is a funny sort of field. [laughs] There's not a whole lot of data. In fact, we only have one planet where we know that life exists. And so, it's a, it's a little hard to look for, because we don't know exactly what we're looking for. And so, uh, more and [00:24:00] half of this book goes in, into a little bit more speculative territory, where, um, they discussed some different kinds of planets where life might exist and, and how that life might have originated, um, might, uh, thrive and live and consume, uh, energy and reproduce on these different kinds of exoplanets that we've discovered.

And it begins each chapter with a little paragraph introduction that's, that just a little snippet of science fiction. The wonderful thing about this book is that it, it really provides a handbook for people who are interested in basing their science fiction writing on good, strong scientific fact. And so I highly recommend this book as a resource for anybody who wants to write hard science fiction.

Mat Kaplan: I was not aware of this book until I saw it in your list, but I have many books on my shelf, science fiction and nonfiction, about astrobiology, about, uh, the possibilities of alien life. And, eh, from that book that I mentioned right up front, [00:25:00] the, uh, Life Science Library, uh, uh, volume called Space, what stuck with me more than anything in that book were the speculative drawings and paintings of possible aliens, including, uh, this beautiful color illustration of these floating furry gas bags with cat eyes that people speculate could live in the atmospheres of a place like, uh, like Jupiter or the gas giants around the galaxy. Who knows, until we go out and look for ourselves? But this is great stuff and, uh, I, I wanna pick this one up.

Emily L.: Yeah. You know, the, uh, a long time ago before we had all these wonderful space missions, we definitely had to employ more artistic imagination to imagine what was going on on, on other worlds. Now it, it may seem like there's less of opportunity for that, but one of the things I like to say the most about space exploration, and really, actually, any kind of science in general, is that in order to discover something, especially in space, you have to imagine what [00:26:00] might be there first. You have to select missions and instruments that are designed for worlds you've never seen. And so there has to be this speculative imagination among the people who intend to explore planets. And so it's really great to see people who, who write science fact, who write nonfiction, get that opportunity to do all of this imagining.

Mat Kaplan: Fun stuff. I love this kind of speculation. Do you have something to read, uh, to us? A little sample of the Imagined Life?

Emily L.: Yeah. I'd like to read to you the transition that goes from the more fact filled, uh, first third of the book and into the more speculative last part of the book. In what follows, we introduce each new world with a short fictional sketch that describes how a human being, suitably protected and provided with sensing equipment, might experience the environment he or she is encountering. We have chosen this way of introducing the planets for one simple reason, as we have repeatedly stressed terrestrial life is the only kind of life we know about. It constitutes, therefore, the only living [00:27:00] organisms whose response to the new environment we can guess that with some hope of success. With this in mind, let's take a look at a world that we will call Icehein.

Mat Kaplan: Hm.

Emily L.: You're in a long dark tunnel, walled with solid ice. The only light seems to be coming from a far off volcanic vent that is spewing molten material from the planet's interior into your tunnel. At your feet, you dimly spot a pipe leading toward the tunnel's end. The air around it is warm and humid, and you see that it is squirting hot water to melt a clear path from the vents to the exit. Your stomach rumbles. Your trip here has made you hungry. You notice that around the volcanic vent are fields of tube worms, white and red. You sample one, not bad. Perhaps they be-

Mat Kaplan: [Laughs].

Emily L.: Perhaps they could become a staple of your diet here on this strange planet called Icehein. And so they go on to explain that, that Icehein is a water world. It's a, it's a large world with a huge ocean that's, uh, covered with a very [00:28:00] thick layer of ice. So it's a little bit like, um, Europa, but, [laughs], icier, waterier, and a standalone world as opposed to a moon of Jupiter. They do get to Europa later on in the book, and to many other more, uh, unusual kinds of planets. So it's, it's a really an enjoyable read.

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Space Books and Gifts for Space Kids of all Ages - The Planetary Society

From ‘A Trip to the Moon’ to ‘Interstellar’: ‘Space on the Silver Screen’ explores it all – Duke Chronicle

In 1902, a rocket landed in the moons eye, and audiences were in awe. Pirated versions of George Mlis silent black-and-white film A Trip to the Moon screened in theaters across the United States to rows of captivated eyes. That year gave birth to a new genre of film one that would later spawn multi-million dollar budget deals, elaborate theme parks and zeitgeist-defining, imagination-widening stories.

That year, the space movie began.

The genre has since rocketed to new heights in Hollywood. Since the space race of the 50s and 60s, when spaceships and moon-landings became reality, studios started churning out space movies, and they never stopped. Just this year, the tradition has persisted in blockbusters Star Wars, Ad Astra and Avengers: Endgame. As far as the eye can see, the space movie is here to stay.

So what makes a good space movie, then, in a world of so many? While there are certainly several factors, Duke professor and Science Communication program director Jory Weintraub wants us to think about about the science, or lack thereof, behind our favorite films.

For a few years now hes hosted a biannual event, Science in the Movies, that brings together science and film experts in a panel that dissects the science in various movie clips. In the past, the event has covered cinematic depictions of dinosaurs, mental illness and natural disasters. This Thursday, Nov. 21, at 7 p.m. in the North Carolina Museum of Natural Sciences, a panel of three will tackle, for the second time, one of Weintraubs favorite topics: Space on the Silver Screen.

I just love this topic so much, Weintraub said. And especially since this is the year of the 50th anniversary of Apollo 11, I thought, Okay. Its been long enough lets do this one again.

The panel will include Tony Rice, a NASA ambassador and WRAL contributor, Dr. Rachel Smith, head of the Astronomy & Astrophysics Research Lab at the NC Museum of Natural Sciences and Dr. Marsha Gordon, professor of film studies at NC State University and co-host of Movies on the Radio on WUNCs The State of Things. Weintraub will moderate, presenting clips from space movies through the decades beginning, of course, with the one that started it all: A Trip to the Moon.

A film doesnt have to be totally scientifically sound to have critical value. Take A Trip to the Moon, for example; it was made long before space exploration became a possibility, and it features anthropomorphized planets and insectoid lunar animals. Instead, Gordon appreciates its fantastical take on space travel.

What I like about [A Trip to the Moon] in the context of thinking about space movies is just sharing with a contemporary audience what a filmmaker dreamed up over 100 years ago as the way youd imagine getting from earth to the moon and back again, Gordon wrote in an email. Its really quite delightful.

Another movie that the event panel will discuss is Stanley Kubricks 1968 film 2001: A Space Odyssey. In addition to its dramatic aesthetic power, Dr. Gordon finds the film prescient in its imagination of artificial intelligence.

2001 raised questions about, for example, what might happen if computers could think and feel, Gordon wrote. It also raised the specter of AI taking control in a nefarious way that is a rather serious issue that we will all be confronted with in the relatively near future.

While many directors would openly admit to taking creative liberties in their depictions of science, a recent bevy of space-themed blockbusters have prided themselves on their scientific accuracy. In the making of Interstellar, Christopher Nolan enlisted astrophysicist Kip Thorne, and conversations about the wormhole-filled movies scientific authenticity abounded in popular culture. Nolan even followed up the films release with a book written by Kip Thorne, The Science of Interstellar.

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The general consensus in the scientific community is that Interstellar really does take inspiration from sound theoretical astrophysics although it certainly takes some creative license, as all movies branded as fiction necessarily do. But not all films that claim scientific accuracy are so well-researched. Weintraub wants to use these examples good and bad as a way of teaching the public what is true about space and space exploration.

I definitely am an unabashed science geek so Im not ashamed to say that, Weintraub said. But I think a lot of people you almost have to sneak [science] in in the form of entertainment.

Like the universe we live in, the audience of Space on the Silver Screen knows no boundaries it is for science geeks, film freaks and laypeople alike.

Continued here:

From 'A Trip to the Moon' to 'Interstellar': 'Space on the Silver Screen' explores it all - Duke Chronicle

ESA Astronaut Luca Parmitano will be Controlling a Rover From Space – Universe Today

Update: The Analog-1 experiment was a complete success! Astronaut Parmitano completed all the requirements within the specified time frame (one hour). This test is the first step in validating the teleoperation technology.

NASA has been rather up-front about its desire to send astronauts back to the Moon and on to Mars in the coming years. They are joined by multiple space agencies (such as the ESA, Roscosmos, the CNSA and the IRSO) who also wish to conduct their first crewed missions beyond Earth. However, what is often overlooked is the role teleoperated missions will play in the near-future where humans and robots explore hand-in-hand.

For example, the ESA has embarked upon a series of experiments collectively named Analog-1, where astronauts control robots from space. Yesterday (Nov. 18th), ESA astronaut Luca Parmitano took control of a robot in the Netherlands from the ISS. This experiment and others like it will help prepare astronauts for future missions that will involve the exploration of hazardous or inaccessible off-world environments.

The rover (known as Interact) was created as part of the Multi-Purpose End To End Robotics Operations Network (METERON) project, which seeks to create communication networks, robot interfaces, and hardware to enable astronauts to remotely control robot explorers from orbit. These robots will be capable of scouting out landing sites for future missions, locating resources, and preparing habitats for astronauts.

The key to this process is a specially-developed space internet that can connect an operator to locations up to 10,000 km (6,200 mi) away either between orbit and the surface or in distant locations on Earth. This connection allowed Luca to remain in contact with the rover, as well as to see, and feel everything it experienced albeit with a time delay.

This is crucial when it comes to teleoperation since exploration targets are so far from Earth. To remotely-operate a lunar rover, mission controllers have to contend with delays that are seconds or minutes long. From the Earth to the Moon, signals only take a few seconds to get there and back. But for missions to Mars, the delay can be anywhere from 4 to about 24 minutes (depending on where Earth and Mars are in relation to each other).

In the end, conventional connections only allow mission controllers to send commands and receive data in return. The METERON project, on the other hand, allows controllers to see and even feel what the robot does in spite of a time delay. Control is provided using two laptops and a Sigma7 force-feedback joystick with six-degrees of motion. This haptic joystick lets the controller experience what the rover itself senses from its environment.

Connecting the rover and the operator is no simple task, seeing as how signals from the ISS make a round trip of about 144,400 km (89,725 mi). Meanwhile, the ISS is traveling around the Earth at a speed of 29,000 km/h (18,000 mph). These signals are sent to a series of satellites that are in orbits of up to 36,000 km (22,370 mi) from the surface.

The signals are then transmitted to a US ground station in New Mexico, to NASAs Houston, and then through a transatlantic cable to Europe. All of this leads to a rather significant time delay, but one which is manageable thanks to the advanced infrastructure built by NASA, the ESA, and other partner agencies.

The first sessions saw Luca driving the Interact rover through an obstacle course located in a hangar at Valkenburg in the Netherlands near the ESAs European Science Research and Technology Center (ESTEC). Backdrops featuring lunar landscapes were placed around the course, which consisted of a series of cones placed on top of soil designed to simulate lunar regolith.

The ultimate goal is to conduct this kind of remote control exploration from stations like the Lunar Gateway or the Mars Base Camp. These stations and the ability to teleoperate rovers on the surface is a key aspect of establishing a sustainable human presence on the Moon and conducting crewed exploration missions to Mars aka. NASAs Moon to Mars plan.

The next step in the Analog-1 experiment will consist of a simulation scheduled to take place in about a weeks time that will involve a full-on simulated lunar environment. This test will assess whether or not a human-operated robot can carry out geological surveys and explorations of hard-to-access places.

A team at the European Astronaut Centre (EAC) in Cologne, Germany, will act as a science team and monitor the experiment. To complete the illusion of a lunar mission, they will instruct and advise Luca on potential research targets, which will include whether the simulated lunar rocks encountered by the Interact rover merit further scientific analysis or should be discarded.

Similar Analog experiments are being conducted by engineers in Germany who are using the METERON system to control a rover in Canada. These experiments are not only validating the sophisticated technology involved; they are also demonstrating the value of human-robotic cooperation in space which will play a central role in future exploration plans.

Meanwhile, ministers from the ESAs member states will be convening later this month (Nov. 27th-28th) at the Space19+ in Seville, Spain, to discuss the Agencys scientific goals for the future. Given the importance of teleoperations and the technology behind it, METERON and the Analog experiments are sure to come up!

Be sure to check out this video of the Interact rover being teleoperated:

Further Reading: ESA

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ESA Astronaut Luca Parmitano will be Controlling a Rover From Space - Universe Today

Houston can stay the Space City within medical and health innovation – InnovationMap

Space has captured the imagination of mankind since we first looked up at the night sky. We've reached out to touch the stars, and now endeavor to inhabit them.

Earlier this month, a prominent collection of experts on space health attended the first Space Health Innovation Conference co-hosted by the University of California, San Francisco, and Houston-based Translational Research Institute for Space Health.

As NASA eyes a return to the moon with the Artemis Program, attendees of the Space Health Innovation Conference advanced a national discussion of human space exploration by seeking to manage the many health risks associated with humans during space flight. The event included NASA leadership, innovative companies, commercial space vendors, as well as leaders from the space health and life sciences communities.

The conference's goal is to inform, inspire and invite participation in the exciting challenge of optimizing health and medical management in space environments.

With its headquarters in Houston, TRISH partnered with the Human Research Program at Johnson Space Center to source and seed the best emerging health technologies to support NASA's space exploration. TRISH is based out of the Center for Space Medicine at Baylor College of Medicine and is a consortium that includes the rich space pedigree of the Massachusetts Institute of Technology and the California Institute of Technology. The Space Health Innovation Conference is the result of a grant by TRISH to UCSF. TRISH has also hosted Space Health focused events at the MIT Media lab and at Caltech.

TRISH's main charge is finding disruptive health technologies and new scientists to fuel the US Space Program. TRISH explores emerging areas of science that support health and human performance in the harsh environment of microgravity and high radiation. TRISH funds novel research in artificial intelligence, omics, human computer interfaces, behavioral health and beyond. Projects all share one goal: predicting and protecting future Mars explorers. And NASA leadership encourages TRISH to take the risks that could mean huge leaps forward.

Innovation and risk tolerance are hallmarks of Houston and its rich history. From the city's humble origins, to Jesse Jones's national financial leadership, to the building of the Houston Ship Channel, and to the explosion of the energy industry, Houston has always dared to leap forward. President John F. Kennedy's iconic speech entitled "Address at Rice University on the Nation's Space Effort" declared the US ambition to embrace the new frontier of space and conquer the moon. Humble Oil donated the 1,620 acres for JSC to Rice University, who then sold the land to NASA for $20. (Humble Oil would later become Exxon Mobil.)

JSC housed flight control, space flight training, and the NASA Astronaut Corps. JSC gave Houston the nickname "Space City", which led to the naming of the local NBA team to be the Rockets and the local MLB team to be the Astros. JSC's support for the astronaut corps began with the Lunar Receiving Laboratory, which evaluated the Apollo astronauts upon return to Earth. And the Christopher C Kraft Mission Control facility has directed all crewed space flights since the early Gemini program. An American flag flies atop Mission Control at JSC every day that an American is in space. That flag has flown continuously since November 2, 2000.

Nearly two decades since Bill Shepherd first boarded the International Space Station, the conversation around supporting human health and performance in space continues. And Houston will continue to lead the way for all our sakes, in space and on terra firma.

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James Hury is the deputy director and chief innovation officer at Houston-based Translational Research Institute for Space Health.

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Houston can stay the Space City within medical and health innovation - InnovationMap

Investigating water ice, space weathering on the Moon – Washington University in St. Louis Newsroom

The first manned lunar landing mission, Apollo 11, launched from the Kennedy Space Center on July 16, 1969. A new research collaborative led by Arts & Sciences researchers from Washington University in St. Louis seeks to identify the source of water stored as ice at the lunar poles, and also to help future space explorers to harvest the water for beneficial use. (Photo: NASA)

When humans go back to the Moon and NASA plans to return by 2024 theyre going to need water. For now, the astronauts expect to bring their own. But future space explorers aim to take advantage of water recently discovered in little-explored regions of the Moon.

The water is stored as ice in shadowy parts at the Moons poles. A consortium led by researchers at Washington University in St. Louis will investigate the life cycle of this water and other volatiles on the surface of the Moon. The team is one of NASAs eight new Solar System Exploration Research Virtual Institutes; the five-year cooperative agreement is valued at more than $7 million.

One of the big questions we are looking to shed light on is what are the origins and evolution of water on the Moon, said Jeffrey Gillis-Davis, research associate professor of physics in Arts & Sciences and the principal investigator of the Interdisciplinary Consortium for Evaluating Volatile Origins (ICE Five-O) team.

Studying the interaction between lunar volatiles and the space environment gives our team the opportunity to test hypotheses regarding the delivery and retention of water and other volatiles on bodies in the inner solar system, he said.

Researchers on the ICE Five-O team will investigate fundamental questions at the intersection of space science and human space exploration.

For example, NASA is eyeing the water at the Moons poles with more than just basic science in mind. If humans are able to successfully mine lunar ice, it could be split into its elemental components hydrogen and oxygen and used in fuel for high-energy rockets. Future refueling stations on the Moon could propel explorers to sites all over the inner solar system.

This project represents a great integration of our analytical and experimental laboratories both in the Earth and Planetary Sciences and Physics departments, as well as our experience in lunar science and other planetary research, said Brad Jolliff, the Scott Rudolph Professor of Earth and Planetary Sciences in Arts & Sciences and a co-investigator on the project.

Other Washington University co-investigators include Ryan Ogliore, assistant professor of physics, and Alian Wang, research professor of earth and planetary sciences.

In addition to Washington University, the new consortium includes researchers from the University of Hawaii; California State University San Marcos; San Francisco State University; NASAs Johnson Space Center; the Johns Hopkins Applied Physics Laboratory; the Lunar & Planetary Institute; University of Winnipeg; York University; and the University of Toronto.

In 2017, NASAs Lunar Reconnaissance Orbiter found new evidence of surface water ice in polar regions of the Moon. Scientists suggest three main hypotheses for the origins and evolution of water and other ices now known to be contained in permanently shadowed regions of the Moon.

The water may have been expelled from volcanoes on the Moon billions of years ago. Or the water and other volatiles may have been delivered to the surface of the Moon by comets and water-rich asteroids. Another theory suggests that the water was formed when oxygen-rich minerals on the lunar surface were buffeted by hydrogen ions streaming from the sun.

We want to place some constraints on how the isotopic signatures of volatile sources might be modified as molecules traverse across the lunar surface and find their way into permanently shadowed regions, Gillis-Davis said. We want to be sure that future measurements can conclusively determine the source or sources of volatiles, when ice chemistry is measured on the lunar surface.

To do that, the researchers will also study how the harsh space environment alters the surfaces of airless bodies like the Moon, a process called space weathering.

The ICE Five-O grant includes funding for a new state-of the-art space weathering laboratory. Ions streaming from the sun and high-velocity dust-sized particles release huge amounts of energy that transform minerals into glass and can destroy ices, or lead to a variety of chemical processes for example, transforming molecules of water (H2O) ice and carbon dioxide (CO2) ice to methane ice (CH3). The new space weathering facilities will expand the range of surface conditions that researchers can simulate. These simulations will allow researchers to create conditions like those found at the lunar poles and on other planetary bodies to see how water, ice and rock are altered when they encounter these conditions.

Collaborators are also developing the protocols and techniques for collecting new space samples that are more likely to contain volatile substances. These protocols are not only important for when humans return to the Moon, but also for other space missions such as those to the surfaces of asteroids. The ICE Five-O team includes NASA sample curation specialists, who are developing new techniques to safely transport, preserve and handle these volatile-rich samples.

Revealing the source of the Moons water can in turn inform us about how the Earth got its water, Gillis-Davis said. If we see that the water wasnt sourced entirely from lunar volcanoes that it was delivered later then it would be a strong indicator that Earths oceans formed at least in part by water delivered after Earths formation, rather than during its accretion in the early solar system.

The research led by the ICE Five-O team will help guide critical parts of the planning for future manned missions to the Moon.

ICE Five-O results aim at not only determining the source of lunar water but also enabling an era of sustained exploration, where people live and work on the Moon for extended periods of time, Gillis-Davis said.

Related video: Washington University scientists on how Apollo 11 launched 50 years of lunar science.

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Investigating water ice, space weathering on the Moon - Washington University in St. Louis Newsroom

Blue Origin CEO on rocketry, space tourism and the relationship with Amazon – CNBC

Once super secretive, Jeff Bezos' Blue Origin has been steadily emerging from stealth.

Founded in 2000, the space company has been simultaneously working on various initiatives that together speak to its broader vision: human space flight capabilities that will help establish the infrastructure for humanity to colonize space.

Blue Origin, which has been almost completely funded by Bezos, has been gearing its suborbital New Shepard space tourism service, which will compete against newly public Virgin Galactic as soon as next year.

It's developing its orbital New Glenn rocket, targeting a first flight in 2021, that it hopes will win national security launch contracts, including the Air Force's already-contested Launch Service Procurement.

The company also recently submitted its bid for NASA's lunar lander competition, partnering with well-established space heavyweights Lockheed Martin, Northrop Grumman and Draper, and spearheading the effort as the team's prime contractor.

Blue Origin is also busy developing its rocket engines, which will power not only New Glenn but United Launch Alliance's next-generation Vulcan Centaur.

That engine business represents one of the first revenue streams for the company, and a key reason it's been investing $200 million to build its 200,000-square-foot engine factory in Huntsville, Alabama, and strike a deal with NASA's nearby Marshall Space Flight Center to refurbish a historic test stand.

CNBC's Morgan Brennan recently sat down with Bob Smith, chief executive of Blue Origin, to discuss everything the space upstart has underway. The following Q&A is a lightly edited version of the interview, which occurred in front of Blue Origin's lunar lander prototype Blue Moon, as it was on display at the International Astronautical Congress in Washington, D.C.

Morgan Brennan: I think the first place we need to start is what we're sitting in front of, and why it's so crucial to the future of Blue Origin.

Bob Smith: Well, this is Blue Moon, our cargo lander that we've been working on for several years that we developed for the purposes of sustained lunar exploration and resource exploitation. We're excited about the fact that now we have NASA saying we're going back to the moon with their Artemis program. And we're able to actually offer a variant of this as part of a national team ... where we're going to partner up with Lockheed Martin, with Northrop Grumman and Draper to actually produce an integrated landing system that allows us to go back to the moon this time to stay.

Brennan: This national team that was just unveiled is certainly getting a lot of attention. How long has that been in the works? And what is that going to enable Blue Origin to do in terms of Artemis?

Smith: We're working against really good aggressive schedules, and we're trying to do something that we haven't done in almost 50 years. And so we wanted to reach out to Lockheed Martin, who just landed on Mars multiple times, amazing accomplishments there. We have Northrop Grumman, who's been able to regularly deliver supplies to space station as well as was the first lunar lander provider in the Apollo program, and Draper, who's known internationally as a leader in guidance, navigation and control. This is an incredibly powerful team that allows us to go fast and allows us to actually produce.

Brennan: I think sometimes there's this perception around so-called new space companies versus "old space" companies. To see Blue Origin partnering up with some of these long-established space stalwarts, do you think that's the wrong way to frame the conversation?

Smith: I've always hated that dichotomy, because I think it's putting the wrong kind of dynamics into the discussion. What you have are incredibly accomplished organizations like Lockheed Martin, Northrop Grumman, and you go through the series of things that they've actually done it's absolutely stunning. And they've done it for decades. Everybody should be proud of their accomplishments in this space humanity. You also have companies that, like Blue Origin, have a longer strategic horizon simply because we're privately funded. We actually can stay on a different horizon, a different pace than necessarily those that are publicly traded and have some of those pressures that we don't have. So we can marry the capabilities together and actually do much better together.

Brennan: One of the reasons we're sitting down to have this discussion is because of Huntsville. The BE-7 engine [employed in Blue Moon] is being tested in Huntsville, also the lunar lander program in general is expected to take place out of Marshall. Why has it made sense for Blue Origin to make investments there?

Smith: Huntsville is known as the Rocket City, and it's deserving. That's where much of the U.S. rocket capability actually came from. You go back to the '50s and '60s, that's where it all started. It has this great receptacle of talent there that you can tap into, and it's been decades in building. We wanted to go to where the talent is. And you get great support from the government everyone from Gov. Ivey to Sen. Shelby all the way down to Mayor Battle have been great supporters of actually developing the space economy there. We're going to produce a world-class factory there 40 engines a year, which is a remarkable number of engines for spacecraft, as well as then testing on a historic site there. They have a large test and on 4670 that tested the Saturn V, as well as the shuttle engines. We're going to make that engine stand roar to life again.

Brennan: When do you get to 40 engines a year?

Smith: We're going to be there when we are at-rate and flying, so in '22 and '23. We are opening the factory there this coming first quarter.

Brennan: Have you been able to easily tap into the labor pool? What is it about the area that makes it so special?

Smith: Well, the people down there are absolutely well-schooled in this entire area. You don't have to do a lot of training from the standpoint of what is a rocket engine ... so there's a certain intuitive sense that's there in the employment base itself.

Brennan: Blue Moon, if it wins this NASA contract will it be built there as well?

Smith: BE-7 engine [the engine for Blue Moon] is one that we're figuring out where we will get that production. We're certainly doing the testing there today.

Brennan: In terms of the BE-4 engines: you're building them for your own orbital rocket, New Glenn, but also building them for ULA. How do you think about that breakdown in terms of production? And how big of a revenue opportunity is it to supply another company?

Smith: Customers always make you better so we're really excited that United Launch Alliance selected us. I mean, they are the premier national security launch provider today. We're going to learn a lot from them, and so it's a great opportunity not only to get really good at building the engines that we need for New Glenn, but also be a great supplier for them. And it actually does make us a much more self-sustaining business, which is where we're heading at Blue Origin. So that's one of our first big contracts, as well as the other satellite operator contracts that we started to sign as well as the United Air Force Launch Services Agreement contract that we have as well for New Glenn. So we're starting to get some progress.

Brennan: I am going to ask you the same question that I asked the CEO of ULA and that is, this relationship between Blue Origin and ULA: frenemies?

Smith: I think that the aerospace industry has always been about who do you compete with on one day, who do you partner with on another day. It's always had this environment in which and one day you can be competing hard against them and in other spaces you're not. Boeing and Lockheed are great customers of us potentially for launching. We're always going to have that dynamic and our relationship is really good, and they continue to challenge us to be a better supplier to them, which we welcome.

Brennan: Over the next couple of years, where do you see the biggest opportunities in terms of customers for New Glenn

Smith: We're already seeing some good take up from the market. Three of the top 6 satellite operators have already signed on New Glenn. United States Air Force obviously gave us one of the three large awards. We hope to extend our relationship with the Air Force in the coming years. I think those two areas are often very, very baseload for us. But we can also think about the intelligence community as well some of the larger payloads are very well suited for our larger vehicle, as well as some of these large constellations that are being proposed and going to be launched. ... So those could be very, very big opportunities for us as well.

Brennan: You've come out in recent weeks and suggested that the Air Force could think outside of the box a little more in terms of launch service procurement, and how they're going about facilitating future rockets.

Smith: This is a dialogue that I'm encouraging us to have, which is we've lost the sight of what is the simple problem. There's only one hard problem and that's getting to orbit. Once you get to orbit, we can do a lot of things. If you go back in the '60s and '70s, we had a lot of rockets, we had a lot of capability. But we've now narrowed that down, and now we think that the market continues to ask for more. If you look at what the market is today, about 25% is really around NASA and security launches. Seventy-five percent of it is commercial. That's the addressable market for U.S. providers. Our view is, that if you're going to select for national security capabilities, you want to get something that is commercially viable, because you want to take that large fixed cost and spread it off as many customers as you can. You shouldn't go buy a bespoke system unless you absolutely need one. And what the data shows is that there's a commercial market there that's viable, support a lot of different providers and that way you can get the competitiveness, the pricing and other things that you want from a good supplier.

Brennan: Is the U.S. doing enough to secure space?

Smith: I think that space control, space exploration, space commercialization is all been something that we started to talk about more today. I think we're getting a much better understanding of how important space is every day, whether it's GPS that's guiding your Uber, or what you're doing from a credit card processing from trades on the stock market that are actually timed using space assets. All of those are integral to our economy. And so if we're not conscious about what that commercialization of space means to our economy every day to everybody in the United States is around the world as well as what we need to go to protect those assets, and now what is it been tested environment now that we have near peers that actually threatening those space assets this becomes even more important that we have a robust set of launch vehicles.

Brennan: There are quite a number of satellite constellations, thousands of satellites, being proposed by different companies for broadband service, communications. Do they all become viable business models? And if so what does that mean in terms of launch possibilities?

Smith: The launch possibilities are large. How many of those their business plans actually convert? I don't have enough details as to whether they're going to convert. And I think they, as we talked to more of them, they all have different timing and different approaches of how they're going to go to market. But I think the fundamentals here are very sound and the fundamentals behind their premise is that the need for data worldwide continues to just escalate. I don't know how much of that will be carried on terrestrial networks and how much will be done in space. What I do know is that data demand is high. The fastest way of getting data around the world is going through free space is actually going to space and in low earth orbit, and where you don't have much lag in terms of the amount of time that it takes.

Brennan: Blue's sister company, Amazon, has actually proposed Project Kuiper as well a satellite constellation. Got some more details on that via FCC filings recently. Will Blue Origin rockets take those satellites to orbit?

Smith: We hope to. Amazon's a publicly traded company, we continue to go and engage them along with all the other Leo constellation providers and anybody else. We're a merchant launch service provider and we hope to win their business.

Brennan: Is there a lot of talk between, or work or collaboration between the two companies?

Smith: It's a publicly traded company. If we got into that kind of situation, it would not be good. We collaborate in the same way that we collaborate with any satellite operator.

Brennan: And just in terms of Amazon, publicly traded. Would there ever be a scenario in which or a timeline in which Blue Origin would become public as well?

Smith: The only reason why you ever become public is that you actually need to go get funding. I don't think that's a problem for us, honestly. So I mean, you kind of trade some control for getting funding. Our path is really to become self-sustaining business by ourselves so that we don't have to rely on private funding.

Brennan: So would Blue Origin ever open itself up to investors or VC round, for example?

Smith: We might, I don't know how long we can see out there. But unless we can't become a self-sustaining business, or we need some other infusion of cash, I don't know why we would.

Brennan: I want to get an update on New Shepherd. Certainly, it's being watched very closely. First crewed flights expected next year?

Smith: We were planning on this year; unfortunately, it's very unlikely we're going to get in this year. We need a few more flights to make sure that we're all comfortable with the verification. We hold ourselves to very, very high standards here, we're never going to fly until we're absolutely ready. I think we have a very, very good amount of confidence around the system itself, I think it is working very, very well. But we have to go look at all the analysis, and then convince ourselves that we're ready to go. ... So it probably will be next year.

Brennan: Tickets in the hundreds of thousands of dollars is that the right range, at least initially?

Smith: Any technology that starts off starts off at a high price point so we're going to start at a high price point and go down from there, but it will be in the hundreds of thousands of dollars for the initial tickets.

Brennan: Lastly, long-term vision for Blue Origin five years, 10 years, 20 years, where do you expect the company to be

Smith: Well, I think the things that first ground everybody on is what we're doing today, which is pretty ambitious and terrific. I mean, we're going to be flying people in space on the suborbital tourism vehicle on New Shepherd. We're going to be building a very, very large New Glenn vehicle that is going to really shake up I think the market in terms of its overall capabilities. We have our own engine production and what we were just talking about in Huntsville, this large, modern facility there. And we're going to the moon, that's going to keep us busy. I mean, that's going to keep us busy quite a bit. And as we actually go develop all these capabilities, we will become a more self-sustaining business, which is also part of where we need to be so. So yes, so that's where I think we're going to be.

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Blue Origin CEO on rocketry, space tourism and the relationship with Amazon - CNBC

Business of Space – 425business.com

For more than 100 years, the Puget Sound region has been known for its aerospace industry, largely thanks to The Boeing Company. Founded in Seattle in 1916, the company now employs approximately 70,000 people in Washington state, or roughly 45 percent of its global workforce, despite having relocated its headquarters to Chicago in 2001.

The sky is the limit when you think of our regions aerospace economy. Its even more promising when you consider a burgeoning sector of the industry namely, companies focused on outer space that increasingly plays a key role in our regions economy and employment, with much of that impact being felt in the Puget Sound region and on the Eastside.

Washington state and the central Puget Sound region are positioned to lead commercial space exploration and development, noted Berk Consulting, a Seattle-based company commissioned by the Puget Sound Regional Council in 2018 to study the areas burgeoning space economy. Today, the regions mix of high-tech manufacturing resources and information technology assets creates significant opportunities to compete in this growing sector.

The 65-page report offers a comprehensive look into the space industry in Washington state. We combed this constellation of data to identify some of the highlights.

SOURCE: PUGET SOUND REGIONAL COUNCIL / WASHINGTON STATE SPACE ECONOMY REPORT (SEPT. 2018)

In 2018, space companies contributed $1.8 billion to Washington states economy, supporting 2,900 direct jobs and 6,200 total jobs. These companies contributed $43 million in state taxes, and $22 million in local (county, city, and special districts) taxes.

In the Puget Sound region, 2.13 jobs are created for each job in the space industry. Every dollar spent in the space industry generates $1.51 of regional economic activity.

SOURCE: PUGET SOUND REGIONAL COUNCIL / WASHINGTON STATE SPACE ECONOMY REPORT (SEPT. 2018)

King County is home to the largest concentration of space-related businesses in Washington state. Many of these companies operate offices as well as research and manufacturing facilities on the Eastside. Here are three notable businesses.

A Mukilteo-based aerospace component and tooling manufacturer founded in 1986, Electroimpact designs and manufactures space and satellite components such as panels, specialized lifting equipment, trailers, and transporters.

Founded a decade ago as Arkyd Astronautics, this Redmond-based company aims to identify, extract, and refine resources such as water and precious metals from near-Earth asteroids.

Founded in 1994, this Bothell-based company manufactures and develops advanced technologies that serve the rapidly growing small satellite industry and the emerging field of in-space manufacturing that, in the end, foster the future development of a space-faring society.

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Business of Space - 425business.com

Snoopy Boldly Goes to Red Planet in ‘A Beagle of Mars’ – Space.com

On Dec. 18, Peanuts' Snoopy will follow in the pawprints of the Russian cosmonaut Laika and venture into space - but go where no beagle has gone before: Mars.

In the original graphic novel (OGN) "Snoopy: A Beagle of Mars," Charles M. Schulz' loveable canine goes on what BOOM! Studios calls "his grandest adventure yet!"

This graphic novel touches on a long association Peanuts - and Snoopy in particular - has had with outer space. The lunar module and command module of the historic 1969 Apollo 10 mission were named after Snoopy and Charlie Brown. That same year, NASA started an annual Silver Snoopy Award given out to employees for "outstanding achievements related to human flight safety or mission success."

Related: In Photos: Snoopy Visits NASA's Jet Propulsion Laboratory

In 2018, Peanuts Worldwide and NASA re-doubled their partnership with the Space Act Agreement, an effort to inspire space exploration and STEM education among students.

"In 'Snoopy: A Beagle of Mars,' Snoopy, the world-famous astronaut, heads to the stars in his most out-of-this-world adventure yet!" reads BOOM!'s description of the OGN. "What mysteries does the red planet hold? Will he find water? Will he find life?Will he find the time to get in a quick nine holes? Snoopy grabs his golf clubs and blasts off for Mars in this original graphic novel from the world of Charles M. Schulz and Peanuts!"

"Snoopy: A Beagle of Mars" is written by Jason Cooper, with art from Robert Pope and Hannah White. Scroll down for a preview of the upcoming graphic novel.

Snoopy takes the ultimate giant leap for beagle kind: on Mars.

(Image credit: Robert W. Pope/Boom! Studios)

Sometimes that first step can be a doozy.

(Image credit: Robert W. Pope and Hannah White/Boom! Studios)

Snoopy, space travel and NASA have a long history together.

(Image credit: Robert W. Pope and Hannah White/Boom! Studios)

But this is Snoopy's first original graphic novel on Mars!

(Image credit: Robert W. Pope and Hannah White/Boom! Studios)

In reality, NASA has not sent a beagle to Mars.

(Image credit: Robert W. Pope and Hannah White/Boom! Studios)

It looks like Snoopy will have the Red Planet to himself in "Snoopy: A Beagle on Mars" from Boom! Studios.

(Image credit: Robert W. Pope and Hannah White/Boom! Studios)

Originally published onNewsarama.

Need more space? Subscribe to our sister title "All About Space" Magazine for the latest amazing news from the final frontier!

(Image credit: All About Space)

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Snoopy Boldly Goes to Red Planet in 'A Beagle of Mars' - Space.com

One third of British people think we will have to leave Earth eventually – sciencefocus.com

More than a third of Britons believe humans will inevitably have to live in space due to the Earth becoming increasingly uninhabitable.

While the public sector dominated space exploration in the 20th Century, the space race this century has been revolutionised by the private sector.And it seems increasingly likely that people will look to private enterprises like SpaceX, Virgin Galactic and Asgardia to facilitate their space travel.

To find out what the UK thinks about travelling to and living in space, Asgardia the first space nation commissioned Populus to conduct a poll of 2,103 people. From this figure, 37 per cent said it was inevitable that humans would have to move off Earth because the planet will not be suitable to live on.

A total of 29 per cent of those surveyed said they would pay to go to space if it were easily accessible to the general public.Less than a fifth (18 per cent) would use their savings to visit space if given the chance.

Read more about space exploration:

People were also asked their opinions on aliens, with 42 per cent believing extraterrestrial life has or will visit the Earth.One fifth of those polled were worried about an asteroid potentially crashing into Earth, and the same number believe planetary alignments affect their mood.

A quarter of the recipients said the UK needs a stronger asteroid defence system.

Asgardia, the first space nation, is named after the City of the Gods in Norse mythology.Its main aim is to develop space technology unfettered by earthly politics and laws, leading ultimately to a permanent orbiting home where its citizens can live and work.

Imagine a colony on the Moon or Mars run by a corporation. That one company would control everything the colonists need to survive, from the water to the oxygen to the food. Thats a dangerous amount of power for any company, but its a very real scenario.

The further we look into the future of humans in space, the more reality resembles science fiction. Thats why its difficult to make people take the issues which could potentially arise seriously.

But now is the time to consider the problems that could arise from a commercially-led space race, and take the necessary small steps now to avoid potentially disastrous consequences in the future.

Read more about the privatisation of space here.

Former Liberal Democrat MP Lembit Opik, chairman of Parliament for Asgardia, said: Inspiring the public to dream about space travel and tackle the final frontier is vital to the success of our endeavours even the Apollo programme, that ultimately put a man on the Moon, was scrapped largely due to a lack of public support in the US.

But with nearly a third of UK with an ambition to visit space, it is clear to see that this support is not unattainable.

One of the keys will be to help people feel as though they are a part of something bigger and more tangible than just watching a rocket launch or following the fate of a satellite due to crash into a comet.

Asgardia aims to provide this, with over a million followers already, the space nation offers the opportunity to contribute to the exploration of space. From running for a seat in our Parliament to tackling the scientific challenges associated with space living, democratising space exploration is a key goal of ours.

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One third of British people think we will have to leave Earth eventually - sciencefocus.com

NASA Might Explore Venus With Stingray-Like Spacecraft – International Business Times

NASA might explore Venus and its dark side using a unique probe that looks and moves like a stingray. According to the developers of the spacecraft, the probe will be equipped with wings that flap like a stingrays pectoral fins.

Although Venus is one of Earths closest neighbors, not much is known about the planet. Unlike other planets such as Mars, Venuss hostile environment and atmospheric conditions make it challenging to be explored by a probe.

This could all change through an innovative spacecraft currently being developed by the University of Buffalos Crashworthiness for Aerospace Structures and Hybrids (CRASH) Laboratory.

Its proposed probe, known as the Bio-Inspired Ray for Extreme Environments and Zonal Explorations (BREEZE) was selected by NASA as part of its Innovated Advanced Concepts. This program provides funding for exceptional technologies that can be used for space exploration.

According to the scientists of CRASH, BREEZE will serve as a unique spacecraft due to its morphing abilities. Unlike traditional planetary probes, BREEZE will be equipped with wings that will allow it to fly and glide like a stingray in the water.

The scientists explained that through these wings, which can morph depending on the situation, the probe will have various mechanical capabilities such as thrust, additional lift and stability. They noted that these are important factors when it comes to navigating through Venuss harsh conditions.

Javid Bayandor, the projects lead investigator and director of the CRASH Lab, explained that BREEZEs unique nature-inspired design will allow the probe to take advantage of the powerful winds in Venus upper atmosphere. It will also provide scientists with perfect control of the probe during its mission.

By taking our cues from nature, specifically sea rays, were looking to maximize flight efficiency, Bayandor said in a statement. The design will allow for a so-far unattained degree of control for such a spacecraft that would be subject to severe zonal and meridional winds on the planet.

According to CRASH Labs scientists, BREEZEs mission will involve navigating Venus every four to six days to monitor the planets weather patterns, atmospheric conditions and volcanic activity. It will be able to do so continuously through its solar-powered design.

Venus is closer to the sun than Earth and looks scorched today, but scientists suggest its surface may have once had enough protection from clouds to stay cool enough to have a water ocean. Photo: NASA/JPL

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NASA Might Explore Venus With Stingray-Like Spacecraft - International Business Times

UAE to reveal next space mission soon, officials say – Gulf News

Hazzaa Al Mansoori, Emirati Astronaut, during the press conference at Dubai Government of Media Office in Dubai. 12th November 2019. Photo: Ahmed Ramzan/ Gulf News Image Credit:

Dubai: UAE is already working on plans for its next space mission, it was announced during the first press conference of Emirati astronaut Hazzaa Al Mansoori after his historic maiden space flight in September.

Tuesdays press conference at Dubai Press Club was also addressed by Salem Al Merri, head of the UAE Astronaut Programme, and Sultan Al Neyadi, who was the back-up Emirati astronaut for UAE Mission 1 to the International Space Station (ISS).

When asked about whats next after the first UAE mission, Al Merri said were working on our plans and will soon announce it.

In October, Al Merri was quoted by SpaceNews.com as saying: Were now considering and opening up the [astronaut] selection process again and selecting one or two more [astronauts], and adding them to our first selection group.

Al Merri had also said, according to Spacenews.com, our target is that, in the next three to five years, weve started our next flight.

On Tuesday, Al Merri said training and preparation remained a major part of an astronauts life, so thats definelty what we have planned for [Al Neyadi and Al Mansoori] going forward, very in-depth training, looking for the next missions, and thats what well be working on and announcing as we start progressing.

On Tuesday, Al Mansoori, a fighter pilot, said there was a possibility of him returning to space. He explained that he had asked Al Merri, during his interview when he had applied for the mission, if the programme was sustainable.

Because as a pilot, Im changing my career, and its difficult to come back to being a pilot after this duration of being out of it. So it was my concern, is it a continuous programme; am I going to go only once or twice or three times.

And [Al Merri] said its a sustainable programme; and youre going [again] maybe in the future; it depends on your preparation and your health, Al Mansoori said.

He added that he and Al Neyadi will share our knowledge and amazing experience with everyone through outreach events, especially in the UAE and the region, focusing on their journey from selection to training, and Al Mansooris ISS mission.

So this is our next mission, until the next announcement for the next mission, and it will be announced from higher positions.

Al Neyadi, an engineer, also said in the future probably well have more missions.

Al Neyadi added: For the time being, one part of the mission has been accomplished, which is reaching space and coming back. The other part is to have an outreach, talk to the people, visit conferences and schools and universities and share the knowledge, and in the future probably well have more missions.

These kinds of missions need preparations and proper communication with counterparts like [US space agency] NASA and [Russian space agency] Roscosmos and other agencies. So I think its going to be a very exciting time in the near future.

Al Merri, who is assistant director general of Dubais Mohammad Bin Rashid Space Centre, said the UAE will in July 2020 launch its unmanned spacecraft, called Hope, to Mars. The probe, the first from the Arab world, will study the Martian atmosphere in unprecedented detail.

Also, in October 2020, Dubai will host the 71st edition of the International Astronautical Congress, marking the first time it will be held in the Arab world.

I think were lucky in the UAE, this is a golden age for space exploration, Al Merri said.

(Left to Right)Sultan Al Neyadi, Emirati Astronaut, and Hazzaa Al Mansoori, Emirati Astronaut, during the press conference at Dubai Government of Media Office in Dubai. 12th November 2019. Photo: Ahmed Ramzan/ Gulf News Image Credit:

Media representatives durinng the press conference by Salem AL Marri, Head of the UAE Astronaut Programme, Sultan Al Neyadi, Emirati Astronaut, Hazzaa Al Mansoori, Emirati Astronaut, and Saud Karmustaji, director of communications at MBRSC, at Dubai Government of Media Office in Dubai. 12th November 2019. Photo: Ahmed Ramzan/ Gulf News Image Credit:

(Left to Right)Salem AL Marri, Head of the UAE Astronaut Programme, Sultan Al Neyadi, Emirati Astronaut, Hazzaa Al Mansoori, Emirati Astronaut, and Saud Karmustaji, director of communications at MBRSC, during the press conference at Dubai Government of Media Office in Dubai. 12th November 2019. Photo: Ahmed Ramzan/ Gulf News Image Credit:

Hazzaa Al Mansoori, Emirati Astronaut, during the press conference at Dubai Government of Media Office in Dubai. 12th November 2019. Photo: Ahmed Ramzan/ Gulf News Image Credit:

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UAE to reveal next space mission soon, officials say - Gulf News

NASA Instrument to Probe Planet Clouds on European Mission – NASA Exoplanet Exploration and Discovery

NASA will contribute an instrument to a European space mission that will explore the atmospheres of hundreds of planets orbiting stars beyond our Sun, or exoplanets, for the first time.

The instrument, called the Contribution to ARIEL Spectroscopy of Exoplanets, or CASE, adds scientific capabilities to ESA's (the European Space Agency's) Atmospheric Remote-sensing Infrared Exoplanet Large-survey, or ARIEL, mission.

The ARIEL spacecraft with CASE on board is expected to launch in 2028. CASE will be managed by NASA's Jet Propulsion Laboratory in Pasadena, California, with JPL astrophysicist Mark Swain as the principal investigator.

"I am thrilled that NASA will partner with ESA in this historic mission to push the envelope in our understanding of what the atmospheres of exoplanets are made of, and how these planets form and evolve," said Thomas Zurbuchen, associate administrator for NASA's Science Mission Directorate in Washington. "The more information we have about exoplanets, the closer we get to understanding the origins of our solar system, and advancing our search for Earth-like planets elsewhere."

So far, scientists have found more than 4,000 confirmed exoplanets in the Milky Way. NASA's retired Kepler space telescope and active Transiting Exoplanet Survey Satellite (TESS) are two observatories that have contributed to this count. These telescopes have discovered planets by observing brightness of a star's light dimming as a planet crosses its face, an event called a "transit." ARIEL, carrying CASE, will take planet-hunting through transits one step further, by delving deeper into planets already known to exist.

ARIEL will be able to see the chemical fingerprints, or "spectra," of a planet's atmosphere in the light of its star. To do this, the spacecraft will observe starlight streaming through the atmospheres of planets as they pass in front their stars, as well as light emitted by the planets' atmospheres just before and after they disappear behind their stars. These fingerprints will allow scientists to study the compositions, temperatures, and chemical processes in the atmospheres of the planets ARIEL observes.

These chemical fingerprints of exoplanet atmospheres are extremely faint. Identifying them is a huge challenge for astronomers, and requires a telescope to stare at individual stars for a long time. But many space observatories are multi-purpose, and must split up their time among different kinds of scientific investigations. ARIEL will be the first spacecraft fully devoted to observing hundreds of exoplanet atmospheres, looking to identify their contents, temperatures and chemical processes. The addition of CASE, which will observe clouds and hazes, will provide a more comprehensive picture of the exoplanet atmospheres ARIEL observes.

So far, telescopes have only been able to carefully probe the atmospheres of a handful of exoplanets to determine their chemistries. ARIEL's much larger, more diverse sample will enable scientists to look at these worlds not just as individual exotic objects, but as a population, and discover new trends in their commonalities and differences.

The CASE instrument will be sensitive to light at near-infrared wavelengths, which is invisible to human eyes, as well as visible light. This complements ARIEL's other instrument, called an infrared spectrometer, which operates at longer wavelengths. CASE will specifically look at exoplanets' clouds and hazes - determining how common they are, as well how they influence the compositions and other properties of planetary atmospheres. CASE will also allow measurements of each planet's albedo, the amount of light the planet reflects.

The spacecraft will focus on exceptionally hot planets in our galaxy, with temperatures greater than 600 degrees Fahrenheit (320 degrees Celsius). Such planets are more likely to transit their star than planets orbiting farther out, and their short orbital periods provide more opportunities to observe transits in a given period of time. More transits give astronomers more data, allowing them to reveal the weak chemical fingerprint of a planet's atmosphere.

ARIEL's hot planet population will include gas giants like Jupiter, as well as smaller gaseous planets called mini-Neptunes and rocky worlds bigger than our planet called super-Earths. While these planets are too hot to host life as we know it, they will tell us a lot about how planets and planetary systems form and evolve. Additionally the techniques and insights learned in studying exoplanets with ARIEL and CASE will be useful when scientists use future telescopes to look toward smaller, colder, rockier worlds with conditions that more closely resemble Earth's.

The CASE instrument consists of two detectors and associated electronics that contribute to ARIEL's guidance system. CASE takes advantage of the same detectors and electronics that NASA is contributing to ESA's Euclid mission, which will probe deep questions about the structure of the universe and its two biggest mystery components: dark matter and dark energy.

The ARIEL spacecraft with CASE on board will be in the same orbit as NASA's James Webb Space Telescope, which is expected to launch in 2021. Both will travel some 1 million miles (1.5 million kilometers) from Earth to a special point of gravitational stability called Lagrange Point 2. This location allows the spacecraft to circle the Sun along with the Earth, while using little fuel to maintain its orbit.

While Webb will also be capable of studying exoplanet atmospheres, and its instruments cover a similar range of light as ARIEL, Webb will target a smaller sample of exoplanets to study in greater detail. Because Webb's time will be divided, shared with investigations into other aspects of the universe, it will deliver detailed knowledge about particular exoplanets rather than surveying hundreds. ARIEL will launch several years after Webb, so it will be able to capitalize on lessons learned from Webb in terms of planning observations and selecting which planets to study.

"This is an exciting time for exoplanet science as we look toward the next generation of space telescopes and instruments," said Paul Hertz, director of the astrophysics division at NASA Headquarters, Washington. "CASE adds to an exceptional set of technologies that will help us better understand our place in the galaxy."

CASE is an Astrophysics Explorers Mission of Opportunity, managed by JPL. The Astrophysics Explorers Program is managed by NASA's Goddard Space Flight Center in Greenbelt, Maryland, for the Science Mission Directorate at NASA Headquarters in Washington, DC.

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NASA Instrument to Probe Planet Clouds on European Mission - NASA Exoplanet Exploration and Discovery

UNC Alumna And Astronaut Trainee Zena Cardman Revels In The Poetry Of Outer Space – WUNC

Zena Cardman knew she might not have another opportunity to pursue poetry. She was about to dive into graduate research on microbiology in extreme environments when she put that plan on ice, and opted to write a poetry collection for her undergraduate thesis at the University of North Carolina at Chapel Hill.

Host Anita Rao talks with UNC alumna and astronaut trainee Zena Cardman.

She paired that love of investigation and art to receive a masters in marine science with a minor in creative writing. An extremophile, Cardman was naturally attracted to space exploration, and in 2017 she beat the odds was accepted into that years class of NASA astronaut candidates. Now flying supersonic jets, backpacking through the canyons of Utah and practicing her dexterity with the International Space Stations robotic arm, Cardman uses her artistry to share the experience. She has an affinity for fine-tuned mechanics that is as clear in her poetry as it is in her Etch a Sketch portraits and the automotive repair videos featured on her Instagram.

Host Anita Rao talks with Zena Cardman about the scientific and philosophical importance of the International Space Station and returning to the moon. Astronaut candidate Zena Cardman speaks at UNC-Chapel Hills Memorial Hall on Wednesday, Nov. 6 at 5 p.m.

INTERVIEW HIGHLIGHTS:

On transitioning from scientist to astronaut:

I was a microbiologist by training and got to go to all of these far-flung places like the Arctic and Antarctica, and I loved the science there. But I equally loved the operational side: The logistics of planning for how you go to these places that are so wild and remote and then working in these tight-knit groups of people who are all there for one cause. And I just thought that the space program seems like the ultimate field research. So when the application opened in 2015 I think in December it was actually the first time that I met the bare minimum requirements. And I thought, you know, I'll try this out, see how it goes. It'll be a good test drive, and I'll apply again the next time.

On balancing her creative and logical strengths:

I love existing in both worlds I think they've actually both guided me in the same direction. Science for me is very much about exploring our world, our universe and figuring out how things work and what our place is here. And also writing is about exploring our world and our universe and our place in it. So I think it's really approaching the same questions just from slightly different angles.

On the best part of astronaut training:

It's different every day. I have no standard schedule. Our training is everything from learning Russian language to learning how to operate the robotic arm all of the engineering systems onboard the Space Station. We learn how to do spacewalks. We put on the spacesuit in a giant swimming pool.

It's called the Neutral Buoyancy Lab in Houston, a little bit outside of Johnson Space Center. You know, it's hard to train for being in a weightless environment when you're here on Earth, obviously, but a swimming pool is a great way to do that. If you've ever been underwater, you feel like you're floating. And so we can take these 300-plus pound space suits [with] a combination of styrofoam and weights placed all around. It's this amazing art form. These scuba divers come and do this, and they weigh you out in just a way that you're perfectly neutrally buoyant in every axis... It's really cool. But even cooler to me is that we also have a life size mock-up of the space station underwater in this pool.

I haven't had a scary moment per se. I think sometimes, for me, the scariest moments are doing public speaking. - Zena Cardman

On what she expects to do as an astronaut:

My class is about to graduate, but we have no idea what vehicle will be flying on, and to me, that's actually one of the most exciting things. You know, it could be that we fly on a Soyuz, like we've been flying for the last several years as NASA astronauts, but we also have these commercial vehicles that are coming online now And we also have the new Artemis mission. We are going to the moon in 2024, and that is such a wild thrill to be in an office where I am working with the people who will go to the moon.

On the continued importance of space exploration:

All of the research that we do in space has huge implications for life on Earth. We have satellites that are observing our weather and helping you get to work in the morning with your GPS. We do research on the space station about bone density loss, and that, of course, is relevant for astronauts who are up there for a long time, but it's also valuable for osteoporosis on Earth ... Apollo was a really audacious goal ... We had to do things like make computers smaller and more robust, and so that drove development of the integrated circuit. And now you have a cell phone that has as much computing power as the Apollo program did. It's amazing. So I think I don't even know what benefits well get from it. But by setting these goals, it will ultimately drive some incredible discoveries.

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UNC Alumna And Astronaut Trainee Zena Cardman Revels In The Poetry Of Outer Space - WUNC

What It Takes to be a Space Pilot – The Crux – Discover Magazine

Virgin Galactics SpaceShipTwo. The craft is flown by human pilots to space. (Credit: Steve Mann/Shutterstock)

Taking control of a 3,000-pound rocket motor launching into an inhospitable environment at speeds exceeding 2,000 mph sounds terrifying to some. But others will spend their whole careers in pursuit of those ephemeral, weightless moments.

With the expansion of commercial space exploration, more pilots will be needed to guide spacecraft beyond the bounds of Earth. These pilots come from a wide variety of backgrounds, but they all have one thing in common: lots of flying experience. Heres a look at what it takes to become a space pilot.

Flying into space is a coveted job. That demand means companies are able to choose the most qualified pilots. And at the top of the list of qualifications: hours in flight.

The more experience you have, the more likely you are to have encountered situations that are more challenging, says David Mackay, chief pilot for Virgin Galactic.

Read more: Virgin Galactics SpaceShipTwo Just Made Its Second Trip to Space

Being able to handle those unexpected situations could mean the difference between life or death if something goes wrong with the spacecraft. Most commercial space pilots start out as test pilots airplane pilots specially trained to test out new and experimental aircraft. Mackay himself spent nearly a decade as a test pilot for the Royal Air Force before joining Virgin Atlantic part of the Virgin Group that runs Virgin Galactic in 1995.

Similarly, Mike Melvill spent decades as a test pilot before launching into space. In fact, Melvill started out building planes before he learned to fly them. Only later did he graduate to work as a test pilot after catching the eye of Burt Rutan, founder of spaceflight company Scaled Composites.

It only happened because I met Burt, and he saw that I built a plane accurately and it flew very well, Melvill recalls. He flew it himself and he then trained me himself to be a test pilot of his aircraft.

Melvill would go on to pilot Virgins SpaceShipOne, making the first commercial flight into space in 2004. But Melvills story is unique.

I dont know anyone else who went the path I went. Norecollection of anybody who was lucky enough to get to do what I did, Melvillsays.

Typically, test pilots receive their training through the military, as Mackay did. On top of that, they spend countless days in flight simulators to prepare future commercial space pilots for all conceivable situations.

As we approach the flight day itself, [the pilots] will be in the in the simulator every day, sometimes twice a day, doing repeated profiles, Mackay says. In the airline industry, typically youre in the simulator every six months, and were in it on a daily basis.

Theres no drivers-license equivalent for commercial space pilots, but there is some limited government oversight. In 1984, as the commercial space industry started taking off, the government formed the Office of Commercial Space Transportation. Today the offices main job is to review and approve commercial rocket launches. It also requires informed consent of anyone flying into space.

Its somewhat akin to going to a doctors office. The doctor informs you of all the known risks associated with the particular procedure or operation and once the patient has been informed of that, some documentation is signed and then the procedure proceeds, said Kelvin Coleman, the Federal Aviation Administrations deputy associate administrator for commercial space transportation. We ensure that consultation is made, and that documentation is in place before those space flight participants and crew members can fly.

For commercial space pilots who have successfully completed an authorized flight into space defined in the U.S. as 50 miles above Earths surface, where effects like weightlessness become apparent the Office of Commercial Space Transportation recognizes their achievements with Astronaut Wings. To date, seven commercial astronauts have received the wings; those flying under government programs, including NASA, arent eligible for them.

While VirginGalactic plans to continue having pilots aboard their spacecraft, somecompanies, like SpaceX and Blue Origin, are opting to forgo humans forautomated systems. But for those who will continue with live pilotsbehind the controls, test pilots will likely continue to fill their ranks.

Were in a test program and, you know, it makes completesense to have test pilots working on an aircraft that is still in the testprogram, Mackay said. Maybe one day we dont need test pilots and on theother hand there are an awful lot of [pilots] who are really interested indoing this. And you know, why not get the most experienced and best-qualifiedpilots you possibly can?

Aside from flight experience and the ability to communicate clearly with a large team, a commercial space pilot also needs another crucial attribute: a passion for the job.

One of the most important things, of course, is that wewant somebody who is highly motivated and really keen to see the projectsucceed. And a good team player, it takes a big team of people to make thiswork, Mackay said.

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What It Takes to be a Space Pilot - The Crux - Discover Magazine

Satellite built by students soars to space on mission to map heat in Phoenix, other cities – AZCentral

An Antares rocket blasts off from the launchpad at NASA's Wallops Flight Facility in Virginia on Nov. 2, 2019. The rocket sent the Cygnus spacecraft on a resupply journey to the International Space Station, carrying a payload that included seven small satellites made by students at U.S. universities.(Photo: Vivek Chacko/Arizona State University)

As the countdown began at NASAs Wallops Flight Facility in Virginia, a crowd of engineers and scientists stood on bleachers in the sun, looking out across a grassy field and wetlands at a rocket on the launchpad.

Mission control announced: T-minus 10, 9, 8 The onlookers joined in, counting loudly: 3, 2, 1.

Smoke billowed from the launchpad and the rocket rose atop a column of white fire.

Liftoff of Antares, the voice from mission control said, and the crowd whooped and cheered.

On the bleachers, a group of nine young engineers and computer scientists watched the rocket until it disappeared into the blue sky. They hugged each other, elated at their achievement.

The group, all of them students or recent graduates of Arizona State University, built a miniature research satellite named Phoenix that launchedinto space aboard anAntares rocket headed for the International Space Station. The students creation weighs just 8.6 pounds and is about the size of a loaf of bread 12 inches long by 4 inches wide.

They designed the mini-satellite, known as a CubeSat, to study the urban heat islandeffect in Phoenix and six other cities across the country. They hope that by capturing infrared thermal images of the cities,the satellitewill generate block-by-block data on heat trends, which could help urban planners design cooler cityscapes to withstand the effects as the world continues to heat up due to the burning of fossil fuels.

Students Sarah Rogers, Vivek Chacko and Raj Biswas discuss testing an electrical interface board for the Phoenix CubeSat in a lab at Arizona State University.(Photo: Yegor Zenkov/Arizona State University)

Four years ago, the students wrote a proposal to build the satellite and obtained $200,000 in NASA funding. A total of about 80 undergraduate students took part in the project. Many of them spent long hours designing the spacecraft, piecing together the components, testing its systems, and writing code to make it all work.

For the core group who continued working on the CubeSat after graduating, the Nov. 2 launch was a milestone to celebrate.

It was probably the most memorable experience Ive ever had in my life, Sarah Rogers, the 22-year-old project manager, said.I shed a couple of tears of joy as I was watching it go up.

The rocket sent a Northrop Grumman Cygnus spacecraft soaring into orbit to resupply the space station. Along with the Phoenix satellite and other cargo, the spacecraft delivered six other CubeSats made by students at other universities.

The Phoenix CubeSat will remain aboard the space station until mid-January when its scheduled to deploy into orbit and begin using its infrared camera to capture thermal images of Phoenix and other cities.

Many other satellites are circling the Earth recording images, but almost all of them look at the visible spectrum of light or near-infrared, which helps scientists study vegetation. Thermal images arent as common.

From left to right, student Vivek Chacko, Assistant Professor Danny Jacobs, student Sarah Rogers, and Professor Judd Bowman pose with the Phoenix spacecraft at Arizona State University before the satellite was delivered to be launched into space.(Photo: Vivek Chacko/Arizona State University)

The idea for the satellitewas suggested to the students by Judd Bowman, a professor in the School Of Earth and Space Exploration who is the principal investigator and faculty sponsor of the project.When the students started working on the project, many of them were freshmen just starting to study engineering or computer science.

They began as a team with a lot of excitement but no experience, Danny Jacobs, an assistant professor and faculty adviser on the project, said.The most important thing to come out of this mission are the 80 students that worked on it.

Jacobs said the project is ambitious, and the delivery of the satellite in August was a major success.

Once the spacecraftis in orbit, it will produce heat maps that show trends at the neighborhood level and over time, providing valuable data that city planners will be able to put to use, Jacobs said.

In addition to focusing on Phoenix, the plan is for the satellite to gather thermal images of Los Angeles, Chicago, Houston, Atlanta, Baltimore and Minneapolis.

Alongside the rises in global temperatures unleashed byclimate change, urban heat islands add to hotter conditions in cities. The vast areas that are paved over with concrete and asphalt soak up the suns heat, and then radiate it at night, pushing temperatures higher.

Extreme summer heat has long been part of life in Phoenix, which is the countys hottest major city. But climate change and the heat island effect are combining to drive temperatures to new highs.

The number of record-hot summer days has risen dramatically in the past decade. Nights have also grown warmer. And heat-associated deaths in the Phoenix area are on the rise, reaching a record of 182 deaths reported in Maricopa County last year.

Long-term strategies for combatting heat in cities range from installing cool roofs that reflect more sunlight to planting trees to give neighborhoods more shade.

Rogers and other members of the ASU team hope that data collected by the satellite will help guide decisions about these sorts of remedies by capturing block-by-block images showing areas that are hotter or cooler.

RECORD HIGH: Heat deaths in Phoenix reached a record high in 2018

Working in a lab at Arizona State University, students discuss how satellite components will connect with each other.(Photo: Yegor Zenkov/Arizona State University)

The students worked on the satellite in a lab in the basement of ASUs Interdisciplinary Science and Technology Building 4.

Rogers, who was born and raised in Tempe, majored in aerospace engineering and had joined the Sun Devil Satellite Laboratory during her freshman year in 2015. That fall, she and other students got word from Bowman that NASA was offering grants allowing undergraduates to take on projects such as building CubeSats.

Bowman recruited some students to work on the design and others to start analyzing the science side of the project. Rogers took on the job of project manager.

In April 2016, the team learned that they would receive NASA funding. They started selecting off-the-shelf components, buying two of each so they would have an engineering model and spare parts to draw from if needed.

The students designed and built the satellite's structure, as well as interface ports for data and power, Rogers said.

They encountered challenges in deciphering how to integrate the parts, and in staying on track with the timeline. They developed lab procedures for working with the hardware to make sure they werent damaging anything as they assembled the satellite.

Rogers graduated in May with her bachelors degree and stayed on this fall to start a masters degree program in aerospace engineering at ASU.

Student Sarah Rogers holds the miniature satellite Phoenix, which she and other students built at Arizona State University.(Photo: School of Earth and Space Exploration, Arizona State University)

Last summer, she and other students focused on the finishing touches, often working late into the night taking apart the pieces and putting them back together, and finishing the software. Rogers said she usually arrived at the lab at 7 a.m. and worked until midnight.

In August, Rogers and fellow teammate Vivek Chacko flew to Houston to hand-deliver the spacecraft.

The students are now preparing for the next phase, which will involve operating the satellite from a station on the ASU campus in Tempe.

Phoenixs infrared camera is equipped with a lens that will capture 68 meters per pixel, allowing the satellite to make thermal images down to a resolution showing city blocks.

Some of the students created detailed maps of each city dividing the landscape into 17 climate zones, ranging from compact low-rise to open mid-rise to scattered trees.

Once the team gets thermal images from space, they plan to overlay them on the climate-zone maps to analyze what theyre seeing. They also plan to check temperatures recorded in the thermal images against on-the-ground measurements.

What we plan to do is analyze how the makeup of our urban infrastructure itself is contributing to having warmer areas, Rogers said. She said the results should help show how we can either adjust building materials or adjust the layout of the urban infrastructure to make our cities a lot more sustainable for future generations.

Mission manager Jake Cornish of the company Nanoracks checks that the Phoenix CubeSat, which was built by students at Arizona State University, is sized correctly to be deployed from the International Space Station.(Photo: Vivek Chacko/Arizona State University)

They calculate that the satellitewill be in space for two years before it reenters the atmosphere and burns up. They hope itwill function for at least a year to study changes during the four seasons.

Once Rogers and her team analyze the data, they intend to present the information to city planners.

Our mission is novel, and the way that were studying the urban heat island effect itself is also still relatively new within the scientific community, Rogers said. So, were really excited to get data back and start analyzing it.

She said with the effects of climate change worsening in recent years, one of her teams main goals has been to build a piece of technology that will enable cities to pinpoint actions that can help combat heat.

COULD PHOENIX BE NEXT?: L.A. installs off-white streets to beat heat.

For now, Phoenix has been placed inside a deployer pod on the space station. Sometime in January, astronauts plan to deploy the CubeSatinto orbit. If all goes as planned, a door will pop open and a spring will eject the satelliteinto space.

Rogers and her colleagues are looking forward to watching a NASA livestream as the satellite tumbles off into space a motion that will slow and stop once the control system kicks in.

For now, the team has been sharing a video that Rogers classmate Trevor Bautista recorded of the rocket thundering into the sky in Virginia.

It feels so incredible to know that Phoenix is soon going to be able to do everything that weve designed it to do, and really make a difference, Rogers said. Honestly, I just feel over the moon.

In fact, Rogers said shes inspired by NASAs plans for returning to the moon with astronauts. And the Phoenix CubeSat mission has helped her prepare for the next phase of her space career.

She said her goal is to work as a systems engineer on other missions, building spacecraft to study planets and enable humans to learn more about the universe.

Reach reporter Ian James at ian.james@arizonarepublic.com or 602-444-8246. Follow him on Twitter: @ByIanJames

Support local journalism:Subscribe to azcentral.com today.

Environmental coverage on azcentral.com and in The Arizona Republic is supported by a grant from the Nina Mason Pulliam Charitable Trust. Follow The Republic environmental reporting team at environment.azcentral.com and at OurGrandAZ on Facebook, Twitter and Instagram.

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CyberSat Sees Dueling Views of Russia as Partner, Adversary in Space – Via Satellite

DIA Director Lt. General Robert Ashley giving his keynote at CyberSat 2019. Photo: Shaun Waterman/Via Satellite

When it comes to outer space, Russia is both a partner and an adversary for the U.S., a duality made clear by two very different keynotes at Thursdays CyberSat 2019 conference.

NASA CIO Renne Wynn cheerily highlighted the ways the two nations cooperate in space Russia has a module on the International Space Station (ISS) and provides the launch capabilities that keep ISS supplied. But Defense Intelligence Agency (DIA) Director Lt. Gen. Robert Ashley grimly noted that Russian military theory sees space supremacy as the key to victory in military conflicts on the ground, at sea and in the air.

Russia understands that the ability to degrade or deny U.S. space capabilities will offer forces an advantage not just in space itself but in traditional war-fighting environments, he said. Their military thinkers believe that the ability to achieve space supremacy will be a decisive factor in future conflicts, he added.

That understanding, he explained, underpinned a 2015 military reorganization Moscow undertook to put space, aerospace and air defense into a single entity. Russian officials said that move was prompted by a shift in the center of gravity (of military power) towards the aerospace sphere, Ashley added.

That shift is driven in part by the increasing reliance of the U.S. and other militaries on commercial satellite capabilities, meaning that non-military satellites would be targeted in any conflict, he said.

Russia was developing ground-based mobile missiles with the capability to destroy satellites in Low-Earth Orbit (LEO) which would become operational within the next few years, he said. He added that they were also working on directed energy weapons intended to target satellites and their sensors.

Russia was also developing orbital technologies with inherent dual use capabilities, such as a satellite that could maneuver to inspect and repair other satellites on orbit. Certainly its easy to imagine the dual use capabilities of such technology, he said.

But DIAs role was to ensure policymakers didnt have to use their imaginations, Ashley said. Its our responsibility to provide an understanding of what theyre investing in, what theyre capable of, (and) what they intend to use those capabilities for: How they will fight us.

Moscow believes that developing counter-space weapons will help deter space-based adversaries and, if that deterrence failed, would offer flexible escalation options to Russias leaders, Ashley said.

But those same leaders, Wynn said, were committed to peacefully exploring space with the U.S. as a partner.

The Russian approach to space exploration is a place where our countries continue to thrive in terms of a relationship, she said. Space is a place where geopolitics seems to get left behind because our innate desire as humans to explore takes over, she added.

Two years ago, during a very tense point in our relations, Wynn said she visited Russia, and despite the prevailing tensions, got the red carpet treatment even as diplomats and other U.S. officials were being frozen out. Because I was representing NASA and space exploration, I was treated differently than other federal government employees, she said, because space is viewed as a place where we stay together.

At the same time, she acknowledged, those joint operations like the launches of NASA space assets from Russias Baikanor Cosmodrome presented cybersecurity risks that had to be mitigated.

My IT is in Baikanor, she said, noting that NASA used a Russian data center there. Our data are moving in and out of that country and riding their stuff.

You have to understand your network topology, where your data are going and you just put in mitigations to ensure that if they pick up anything in transport, you strip it off in transport, she said, adding that the mitigations included gates, monitoring and other things she couldnt discuss in an unclassified setting.

Some observers at the event were unimpressed by Wynns comments. Bob Gourley, a technologist and entrepreneur who was previously the CTO of DIA, dinged his former agency, saying they should be doing more to help NASA secure their IT systems against foreign state hackers and cyberspies. Who is briefing (NASA) on the cyber threats? he asked, Someone needs to be providing intelligence support.

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CyberSat Sees Dueling Views of Russia as Partner, Adversary in Space - Via Satellite

The Best Place to Train Astronauts Exists on Earth, But Not Where You’d Think – VICE UK

This article originally appeared on VICE Italy.

Could heading deep into the bowels of the earth help train us for life on other planets? This is the idea behind the CAVES (Cooperative Adventure for Valuing and Exercising human behaviour and performance Skills surely the furthest reach an acronym has made in decades) programme, led by the European Space Agency (ESA). The project sends astronauts to live in a cave for six days, with the task of exploring, mapping and conducting scientific experiments and coming back in one piece.

Its whats known as an analogue mission: one carried out on earth to simulate space travel. Immersed in an entirely alien environment, astronauts improve their communication and problem-solving skills and test the tools and technologies they will use in future missions. The long-term goal of CAVES is to lay the foundations for future exploration of the Moon, and, going a bit further, Mars. Caves welcome and protect us: the thinking goes that they will be our first home when we arrive on other planets.

The astronauts climb the walls of the Divaka Jama caves. Image: ESA by A Romeo

The sixth CAVES simulation was completed in September, and took place for the first time in Slovenias Divaka Jama cave, just a few kilometres from the Italian border and 250 metres underground at its deepest point. Six astronauts from five different space agencies lived for six days and six nights in total darkness, at six degrees Celsius and 100 percent humidity.

I had this idea for preparing astronauts to become efficient and reliable members of long-duration flights and explorations,'' says ESA astronaut trainer Loredana Bessone, the brains behind CAVES. I wanted something that allowed me to replicate that particular condition of stress.

The astronauts setting up base camp. Image: ESA by A Romeo

Calling it a simulation is a bit of an understatement. The cave is real and the risks are real, says Bessone. Astronauts have to learn how to cope with the fear.

The cavenauts werent entirely alone in their mission. They were supported albeit from a distance by a group of real speleologists, people who study caves. The logistics of the whole operation were managed by the start up Miles Beyond, which specialises in providing support in extreme environments. Outside the cave we had a team of 25 people ready to intervene, says Tullio Bernabei, a speleology professor and member of Miles Beyond.

The astronauts of the sixth CAVES mission exploring the Divaka Jama caves in Slovenia. Image: ESA by A Romeo

On the 25th of September, the six cavenauts emerged, looking a bit rough from their time underground. The next day, with the sun shining in Divaka Jama, most of them wore sunglasses to protect themselves from the intense light, and hide the signs of a week of extreme training. I was one of the people gathered there to hear what it was like.

Astronaut Joshua Kutryk (middle) using sampling tools before the mission. Image: ESA by A Romeo

VICE: Had you been down into a cave before? Joshua: Kutryk: No, this was my first time. The environment is very dangerous and for many of us it was something completely new. It was great training and it really is as challenging as they describe it.

How did you find the environment? Was it really so alienating? A cave is a great place to experience that prolonged sense of isolation. Even reaching the starting point of the mission, where we set up base camp, was really difficult because we had to go down tens and tens of metres. It took a lot of rope, time and work even just to get started. Its during these simulations that we understand how even the smallest mistake can have terrible effects.

Did you have to protect yourselves from bats?[Laughs] No! Theres no bats that deep down. But there are forms of microscopic life that are definitely fascinating.

Astronaut Alexander Gerst from the ESA during the mission. Image: ESA by A Romeo

VICE: Youre laying the foundations for future extraterrestrial settlements. The future seems both very far and very near. Mars and the Moon have many caves. They are much wider than the ones on Earth up to a kilometre wide and hundreds deep. Imagine what that means you could build a city for hundreds of thousands of inhabitants. It sounds crazy, but its true.

On earth we think of caves as a hostile environment, only because we have the luxury of having an atmosphere that suits us. On other planets, however, caves will be the best places to live. We will have to explore them and to do so we must prepare now.

NASA astronaut Joe Acaba (right) during the mission in Slovenia. Image: ESA by A Romeo

VICE: You look really tired. How did it go? Joe Acaba: Great. CAVES is by far one of the best analogue missions out there to prepare for space travel. You learn to manage your equipment and you understand to what extent your life and that of your team depends on the support of everybody involved.

Did you get any sleep? Definitely. The days were long, the cave was freezing and once I got into my sleeping bag, I fell asleep in a matter of seconds. But we were in a cave, so if someone started to snore, the echo was really loud!

Will you go to the lunar caves? I dont know when I will go back into space. Ive been three times, the last in 2018. But I get really excited thinking about the future, when humanity will go back to the Moon.

NASA astronaut Jeanette Epps during the mission. Image: ESA by V Crobu

VICE: You took part in NEEMO [the NASA analogue mission set in a submarine station] and became a waternaut, and now youre a cavenaut. When will you become an astronaut? Jeanette Epps: [Laughs] I hope very soon! Im not sure when it will be, exactly, but I know that analogue missions like CAVES are helping me get ready. The cave is an extreme environment and it was really alienating to be so deep underground for six days.

How did it feel exploring a cave? You feel the stress. Our main daily goal was to protect our own and the others safety. The exploration was really difficult. It was dark, slippery, hostile down there. When it started raining, things got a lot worse. It was hard but it was a wonderful experience. I learnt to know myself better and to understand certain aspects of my body in certain situations. What I learnt in these six days will be fundamental once I go up there, into space.

Roscosmos cosmonaut Nikolai Chub during the caves mission. Image: ESA by V Crobu

VICE: Had you already taken part in other analogue missions? Nicolai Chub: Yes, I took part in NASAs NEEMO, but it doesnt compare to CAVES. The daily tasks on this cave mission were really demanding and the risks were constant and variable.

What pushes a cosmonaut to go down into a cave? We have to be ready for anything, for any possible event. Even for an emergency landing anywhere on earth. Thats why we train to survive in the desert, in the forest, underwater, at high altitude and even in a cave. It was really a unique mission. Life in there is not normal.

VICE: Had you prepared for the experience? Takuya Onishi: Id received no specific training but when we arrived here in Slovenia we did a ten-day course on the basics of speleology. Before that, nothing. It was a real challenge for me.

How will you use the experience you developed in this mission? You know, one of the biggest problems well have once we get to the Moon or Mars will be radiation. Well have to protect ourselves somehow. Were already thinking about building the first human outposts in caves. This CAVES programme is one of the first bricks of knowledge that will allow humanity to push itself further and further. Always further, to explore the unknown. The caves gave us a home and sheltered us during explorations in the past. They will do so in the future. They will be our first home.

To see more images from the latest CAVES mission, head here.

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The Best Place to Train Astronauts Exists on Earth, But Not Where You'd Think - VICE UK

Student Networks with Astronauts, Space Experts at International Meeting – Tennessee Today

Samantha Ramsey had an out-of-this-world experience last month when she attended the 70th International Astronautical Congress (IAC) in Washington, DC.

Ramsey, a first-generation college student and junior aerospace engineering major in UTs Department of Mechanical, Aerospace, and Biomedical Engineering, was one of a handful of students selected by the national section of the American Institute of Aeronautics and Astronautics (AIAA) to attend IAC as a diversity scholar.

Hosted by AIAA, IAC brought together more than 6,500 people from 70 different countries to celebrate both the 50th anniversary of the Apollo 11 mission and the international accomplishments and partnerships that have become the hallmark of space exploration. This was the first time in almost 20 years IAC was held in the United States.

AIAAs Diversity Scholars Program, sponsored by Aurora Flight Sciences and Boeing Company, provides opportunities for underrepresented university students pursuing an aerospace degree to attend an AIAA forum. The scholarship covered all costs associated with attending IAC and included invitations to special events held during the conference.

[Note: Ramsey will talk about her experience at IAC at UTs AIAA chapter meeting at 6 p.m. on November 20 in the Min H. Kao Electrical Engineering and Computer Science Building, Room 622.]

Originally from Adams Run, a small town in South Carolina, Ramsey had to go to work after graduating from high school in order to support herself. After working for various nonprofits for eight years, she enrolled in college.

Being a first-generation student and adult returning to college, on top of being a woman in engineering, can be extremely challenging, said Ramsey. Being selected as a diversity scholar felt almost like an affirmation that, although I may not look like a typical engineering student, I do belong here and that all of my hard work is paying off.

As a diversity scholar, Ramsey was invited to breakfast with astronaut Frank Culbertson and lunch with astronaut Sandy Magnus. She met the CEOs and presidents of some of the biggest companies in the aerospace engineering industry, including Boeing and Lockheed Martin, and attended a private party for the Planetary Society, where she hung out with Bill Nye the Science Guy. She also shared a table at a diversity luncheon with former astronaut Buzz Aldrin, the second person to walk on the moon.

Attending the IAC was truly a once-in-a-lifetime experience, said Ramsey. I was also able to connect with international industry leaders, professors at my top choices for graduate school, and even childhood heroes. I have come away completely overflowing with inspiration, and more excited than ever to continue my education.

Ramsey plans to use the knowledge she gained at the conference in her undergrad research shes doing with the trajectory team at NASA Marshall Space Flight Center under the direction of Stephanie TerMaath, the Jessie Zeanah Faculty Fellow in UTs Tickle College of Engineering.

Before attending IAC I had no idea how important it is to establish and maintain international relationships within the space community. But from the people I met, the things I learned, and the global technologies I was able to experience, I have gained a completely new understanding and appreciation for the work that is being done all around the world, she said.

Although shes only a junior, Ramsey joined the interplanetary trajectory senior design team this year and competed last week in the Vanderbilt Hackathon, building a virtual reality simulation of the Milky Way galaxy and mapping the stars and major constellations. The team won the A Code of Art category for creating the most beautiful and stylistically inspiring project.

This past summer she interned on the mission design and analysis branch of the trajectory team at NASA Marshall Space Flight Center, where she studied the celestial mechanics of the earthmoon system and built a program to help automate the process of determining launch windows for future Space Launch System missions. Ramsey hopes to continue interning there until she graduates.

Ramsey isnt sure what the future holds, but she aspires to attend graduate school, receive a doctorate in astrodynamics, and possibly study space law. One thing is for certain: she wants to continue being a role model for diversity in engineering, something shes very passionate about.

No matter where she ends up, she wants to work in astrodynamics and orbital mechanics and hopefully help calculate the trajectories for future deep space exploration missions.

Contact:

Kathy Williams (865-974-8615, williamk@utk.edu)

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Student Networks with Astronauts, Space Experts at International Meeting - Tennessee Today

This is the 1st Photo of China’s Mars Explorer Launching in 2020 – Space.com

The first picture of China's new Mars explorer has been unveiled,setting the stage for an ambitious mission the country will launch to the Red Planet next year.

"The mission is going smoothly," the state-runChina Global Television Network(CGTV) quoted Ye Jianpei, chief scientist of Space Science and Deep-space Exploration with the Chinese Space Technology Academy, as saying. "If no surprise, the Mars explorer is going to be launched in 2020, and land before 2021.

The image of an encapsulated spacecraft within its cocoon-like aeroshell was issued by the China Aerospace Technology Corporation. Earlier stories by Chinese space officials said the mission includes an orbiter, lander, and a rover.

Related: China On the Moon! A History of Chinese Lunar Missions in Pictures

An artist's concept of China's planned Mars lander and rover on the surface of the Red Planet. The mission launches in 2020.

(Image credit: Xinhua/Alamy)

The mission is designed to examine the Red Planet's atmosphere, landscape, geological and magnetic characteristics, which could provide clues to the origin and evolution of Mars and the solar system, Ye said.

Mars exploration is very innovative. If it proves to be a success, it will be the worlds first time a country completes the three tasks in one mission, Ye added.

To reach Mars, the spacecraft will be sent into geosynchronous orbit via the heavy-lift Long March 5 rocket a booster that is up for another flight to certify it is ready to carry payloads to the moon and Mars.

Following that phase, the Mars probe will have a seven-month flight to the Red Planet. In an August 2016 video, China's upcoming Mars mission was said to feature an orbiter, lander and a rover.

Chinas Mars explorer will have company.

The favorable Mars opposition launch window in 2020 is the target for the European Space Agency's ExoMars rover mission (now facing parachute test issues); NASA's Mars 2020 mega-rover; as well as the UAE's Hope Mars orbiter.

Leonard David is author of the recently released book, "Moon Rush: The New Space Race" published by National Geographic in May 2019. A longtime writer for Space.com, David has been reporting on the space industry for more than five decades. Follow us on Twitter @Spacedotcom or Facebook.

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This is the 1st Photo of China's Mars Explorer Launching in 2020 - Space.com