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Watch ISS astronaut speak with Nobel Prize winners on Dec. 11 – Yahoo News
Posted: at 12:45 am
Some of this year's Nobel Prize winners will make a call to space on Monday (Dec. 11), and you can watch online for free.
Two European Space Agency (ESA) astronauts one of them here on Earth and the other aboard the International Space Station (ISS) will speak with recent Nobel laureates during the event. You can watch live here at Space.com, via ESA Web Two, at 08:45 a.m. EST (1345 GMT) on Monday.
The conversation will include ISS Expedition 70 commander Andreas Mogensen, astronaut Marcus Wandt (who is scheduled to launch to the ISS early next year on the private Ax-3 mission), and 2023 Nobel laureates Ferenc KrauszandMoungi Bawendi.
Related: Astronauts celebrate Thanksgiving in space! Here's what they'll eat and what they're thankful for (video)
"This will be a chance for two scientists, who have received their Nobel Prize medals the day before for the discoveries of attoseconds and quantum dots, to have a conversation with astronauts," the Nobel Prize Museum wrote of the event.
"Join us to hear their perspectives on the importance of basic science, how we are constantly expanding our knowledge about the universe, and the challenges of conducting experiments in space."
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Bawendi won the Nobel Prize in Chemistry for his applications of quantum dots, which are semiconductor nanocrystals. Krausz won the Nobel Prize in Physics with work on attosecond-scale pulses of light that stimulate charged particles such as electrons in matter. (An attosecond is just 0.000000000000000001 of a second.)
The event will be livestreamed from the Nobel Prize Museum in Stockholm, although not all guests of honor will be onsite. Mogensen is on the ISS, while Wandt will phone in from his training at NASA's Johnson Space Center in Houston.
This story was updated at 7:55 p.m. EDT Dec. 12 after new livestream timing from ESA.
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Mysterious "red sprite" captured by space station astronaut – Earth.com
Posted: at 12:45 am
Red sprites, also known as red fairies are a type of transient luminous event (TLE), primarily appearing as red flashes of light occurring above thunderstorms. They are part of a larger family of upper-atmospheric phenomena linked to thunderstorm activity, alongside blue jets and elves.
Discovered only in the late 20th century, red sprites have since captivated scientists and sky-watchers alike with their elusive and spectacular nature.
ESA astronaut Andreas Mogensen captured this image of a red fairy hovering above a thundercloud as a part of the Thor-Davis experiment at Danish Technical University. Red sprites, as they are called in scientific circles, are rare Transient Luminous Events (TLEs) that form above thunderclouds. They typically emerge between 40 to 80 kilometers above Earth.
As demonstrated in the Davis camera video, thunder precedes the appearance of red fairies higher in the sky. The Davis cameras uniqueness lies in its operation. It functions more like our eyes retinas, sensitive to light changes, allowing it to capture up to the equivalent of 100,000 frames per second, unlike a standard camera.
The existence of red sprites eluded scientific documentation until 1989, largely due to their brief duration and high altitude.
Pilots had reported sightings of unusual aerial phenomena for years. However, these accounts remained anecdotal until researchers, using high-speed cameras, captured the first images of red sprites. This breakthrough paved the way for a new field of atmospheric research.
Red sprites manifest as reddish-orange flashes, often accompanied by tendrils extending both upward and downward. They typically occur in clusters and can stretch 50 to 90 kilometers above the Earths surface, into the ionosphere. The coloration is a result of nitrogen molecules in the atmosphere getting excited by the electrical discharge.
Red sprites develop in conjunction with large-scale thunderstorm activity, specifically above the intense electrical discharges of positive cloud-to-ground lightning. They are believed to arise from the imbalance in electrical charge between the upper atmosphere and the thunderclouds below.
The study of red sprites offers valuable insights into atmospheric electricity and upper-atmosphere conditions. They play a role in the Earths electrical balance and can impact various atmospheric chemical processes.
Advancements in high-speed photography and observational techniques have significantly enhanced our understanding of red sprites. Satellites, airborne observations, and ground-based photometric arrays are now instrumental in studying these transient events.
Despite advancements, observing and studying red sprites remain challenging due to their unpredictability and brief lifespan. Future research aims to better understand the impact of sprites on the atmosphere and their relation to other meteorological phenomena.
In summary, red sprites, while still shrouded in mystery, offer a fascinating glimpse into the complex interplay of Earths weather systems and atmospheric electricity. Continued research and observation promise to uncover more secrets of these ephemeral lights, deepening our understanding of our planets atmospheric dynamics.
As discussed above, red sprites are a form of upper atmospheric lightning, a spectacular and somewhat mysterious phenomenon that captures the curiosity of scientists and sky-watchers alike. Unlike the more familiar lightning that occurs within clouds or between clouds and the ground, red sprites are transient luminous events that appear high above thunderstorms, reaching into the Earths ionosphere.
The story of red sprites begins with their discovery. Although pilots had reported seeing unusual red lights above thunderstorms for decades, the scientific community largely dismissed these reports until 1989. That year, scientists at the University of Minnesota accidentally captured images of red sprites while filming a thunderstorm. This serendipitous discovery marked the beginning of focused scientific research into these elusive phenomena.
Red sprites are named for their distinct coloration. Typically, they appear as red at higher altitudes and fade to blue at lower altitudes. This coloration is due to the interaction of electrical discharges with nitrogen in the Earths atmosphere. Sprites can take various shapes, including jellyfish-like forms with tendrils extending downward and columnar shapes known as carrot sprites.
Forming at altitudes between 50 to 90 kilometers (31 to 56 miles), red sprites occur directly above large thunderstorm systems. They are fleeting, lasting only milliseconds, and are best observed at night. Their formation is thought to be linked to the intense electrical activity in thunderstorms. When a powerful positive lightning strike occurs within the cloud, it can create an imbalance in the electric field above the storm, triggering the appearance of sprites.
The study of red sprites is not just for aesthetic appreciation. It also holds significant scientific importance. Understanding sprites can provide insights into the electrical and chemical processes in the upper atmosphere. They are also thought to play a role in the Earths global electric circuit, a complex system that involves the entire planets electromagnetic environment.
Research into red sprites is challenging due to their brief and unpredictable nature. Scientists use specialized high-speed cameras and sensitive telescopes to capture and study these elusive events. Additionally, research aircraft and satellites are employed to gain a better vantage point for observing and analyzing sprites.
In recent years, public interest in red sprites has grown, thanks in part to the spread of information on social media and the increasing accessibility of high-quality cameras. Amateur astronomers, astronauts and photographers have captured stunning images of red sprites, contributing to both the publics awareness and the scientific communitys understanding of these fascinating natural phenomena.
In summary, red sprites are a mesmerizing and complex element of our planets atmospheric behavior. They represent a beautiful intersection of earth science and atmospheric physics, offering both aesthetic wonder and scientific intrigue. As research continues, we can expect to learn more about how these fleeting flashes of light fit into the broader puzzle of Earths atmospheric processes.
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Astronauts find tomato lost 8 months earlier aboard ISS – Supercar Blondie
Posted: at 12:45 am
In an out-of-this-world example of a tomato rolling under the fridge, astronauts have finally recovered a tomato that had been lost on the ISS for eight months.
Thanks to microgravity aboard the International Space Station (ISS), it wasnt as simple as merely following the logical path of the morsel according to gravity.
Microgravity, according to NASA, is the condition in which people or objects appear to be weightless.
READ MORE! First ever luxury Space Spa is literally like going to heaven
The effects of microgravity can be seen when astronauts and objects float in space, they said.
Think astronauts on tethers during ISS spacewalks to avoid them floating off into infinity its the same phenomenon.
Or the Tesla that Elon Musk launched into orbit.
Or even the tool bag that is currently orbiting Earth at 17,000 mph.
While the tasty tomato couldnt escape from inside the confines of the station, finding it was a mission in itself.
Just ask astronaut Frank Rubio, who lost the infamous tomato earlier this year
Francisco Carlos Frank Rubio is an American flight surgeon, US Army lieutenant colonel and helicopter pilot, as well as NASA astronaut.
He holds the American record for the longest spaceflight at 370 days and so getting a snack in space is something hes used to.
The tomato wasnt just part of a salad, however, it was a vital part of the ongoing experiments intogrowing crops on the ISS.
Astronauts grew salad crops to experiment with types of fertilizer and levels of light that are best for growing produce in orbit.
Astronauts have also successfully cultivated chilies, kale, radishes, and more.
But all that research is hungry work.
When Rubio tried to enjoy the fruits of his labor, one dwarf tomato floated away before he could scarf it.
Per Space.com, Rubio discussed the lost tomato in a livestream following his return to Earth in September after he came back to earth.
I spent so many hours looking for that thing, Rubio said.
Im sure the desiccated tomato will show up at some point and vindicate me, years in the future.
Now, after months of being MIA, the rogue produce has finally reappeared.
The news of its discovery was broken during a livestream to celebrate, not the tomatos triumphant return, but theISSs 25th anniversary.
NASA astronaut, Jasmin Moghbeli, broke the good news.
Our good friend Frank Rubio, who headed home [in September], has been blamed for quite a while for eating the tomato, she said.
But we can exonerate him. We found the tomato.
While you might wonder what all the fuss over a salad item is about, you have to appreciate that, amid the powdered and prepackaged produce astronauts endure, fresh fruit and vegetables are highly prized.
And the toll space travel can take on the human body has been widely researched and documented.
Research has also revealed that, aside from the obvious benefits of nutrition to physical health, the proximity to nature is also beneficial for astronauts mental health and well-being.
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NASA pushes back timing of ISS deorbit vehicle contract – The Register
Posted: at 12:45 am
NASA pushes back timing of ISS deorbit vehicle contract The Register
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NASA pushes back timing of ISS deorbit vehicle contract - The Register
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Health, Manufacturing Science Day Before Station’s 25th Anniversary – NASA Blogs
Posted: at 12:45 am
The space station is pictured from the SpaceX Crew Dragon Endeavour during its departure and flyaround on Nov. 8, 2021.
Research to promote health and advance manufacturing were the top science activities aboard the International Space Station on Tuesday. The Expedition 70 crew will also commemorate 25 years since the first two station modules were connected on orbit.
NASA Flight Engineer Jasmin Moghbeli began her day in the Kibo laboratory module working on the Cerebral Aging study that is exploring neurodegenerative processes. She processed brain cell-like samples inside Kibos Life Science Glovebox to understand the effects of microgravity at a molecular and cellular level. Results may advance research techniques, reduce drug development costs, and improve health on Earth and in space.
Moghbeli later joined astronaut Satoshi Furukawa on Wednesday afternoon transferring cargo in and out of the SpaceX Dragon cargo spacecraft. Furukawa from JAXA (Japan Aerospace Exploration Agency) finalized his day checking the performance of a spherical robot camera that can operate remotely or autonomously inside Kibo.
Commander Andreas Mogensen worked in the Destiny laboratory module on fiber optics research installing experiment hardware in the Microgravity Science Glovebox. The advanced physics study may benefit Earth and space-based applications such as laser surgery, remote-sensing, atmospheric monitoring, and optical data communications. Mogensen from ESA (European Space Agency) wrapped up his day cleaning orbital plumbing hardware.
NASA Flight Engineer Loral OHara from NASA began her day inside the Columbus laboratory module removing electronic components from life science hardware. Afterward, she spent the rest of the day inside Kibo supporting more space biology work.
In the orbital outposts Roscosmos segment, veteran cosmonaut Oleg Kononenko serviced a carbon dioxide removal device then repositioned eggs in an incubator for a new biology experiment. Flight Engineer Nikolai Chub worked on cargo and water transfers from the newly docked Progress 86 cargo craft. Flight Engineer Konstantin Borisov worked on an oxygen generator, cleaned ventilation systems, then watered and photographed plants growing for a Roscosmos space botany study.
At 12:25 p.m. EST on Wednesday, all seven space station crew members will gather in the Harmony module for a live television conference commemorating 25 years of space station assembly. The orbital septet will receive a call from NASA Associate Administrator Bob Cabana and International Space Station Program Manager Joel Montalbano discussing the stations evolution and its impact on Earth and space industries. Cabana commanded space shuttle Endeavour during the STS-88 mission on Dec. 6, 1998, when the Zarya and Unity modules were mated. The shuttles Canadarm robotic arm grappled Zarya and mated it to Unity stowed in Endeavours payload bay.
Watch live on the NASA+ streaming service via the web or theNASAapp. Coverage also will air live on NASA Television, YouTube, and on the agencyswebsite. Learn how tostream NASA TVthrough a variety of platforms including social media.
Learn more about station activities by following thespace station blog,@space_stationand@ISS_Researchon X, as well as theISS FacebookandISS Instagramaccounts.
Get weekly video highlights at:https://roundupreads.jsc.nasa.gov/videoupdate/
Get the latest from NASA delivered every week. Subscribe here:www.nasa.gov/subscribe
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Health, Manufacturing Science Day Before Station's 25th Anniversary - NASA Blogs
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Tomato lost in space by astronaut has finally been found – Boing Boing
Posted: at 12:45 am
Tomato lost in space by astronaut has finally been found Boing Boing
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Space Station Astronauts Find Desiccated Tomato After Blaming Colleague for Its Theft – Futurism
Posted: at 12:45 am
"We can exonerate him. We found the tomato." Grand Theft Tomato
A scandal on board the International Space Station has finally been put to bed.
For months now, NASA astronaut Frank Rubio has been accused by his fellow crew members in jest, they say, mostly at least of eating a tiny tomato that was laboriously grown on board the space station.
But as it turns out, Rubio was innocent.
"Our good friend Frank Rubio, who headed home [already], has been blamed for quite a while for eating the tomato," NASA astronaut Jasmin Moghbeli said during a live stream celebrating the station's 25th anniversary.
"But we can exonerate him," she added in the footage, spotted by Space.com. "We found the tomato."
Rubio flew to the space station on board a Soyuz spacecraft in September 2022 and made his return just over a year later due to delays caused by the same capsule starting to uncontrollably leak coolant. The unusual incident forced Russia's space program to send a replacement spacecraft, which ended up taking several months.
While he was on board the station, Rubio tended to an experiment dubbed Veg-05, which involved growing tiny Red Robin dwarf tomatoes.
In late March, astronauts were each given a share of the harvest tucked inside Ziploc bags. Rubio says his share, however, floated away before he could eat the fruits of his labor.
"I spent so many hours looking for that thing," Rubio said during a September livestream. "I'm sure the desiccated tomato will show up at some point and vindicate me, years in the future."
In October, two weeks after returning to the ground, Rubio told reporters that he spent "18 to 20 hours of my own time looking for" the errant tomato, as quoted by Space.com.
"The reality of the problem, you know the humidity up there is like 17 percent," he added. "It's probably desiccated to the point where you couldn't tell what it was, and somebody just threw away the bag."
Given Moghbeli's latest comments, he likely was spot on in his predictions.
More on the ISS: Space Station Turns 25, Just in Time to Die
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Space Station Astronauts Find Desiccated Tomato After Blaming Colleague for Its Theft - Futurism
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