Star Hackers: Scientists Hold 1st Astronomy 'Hack Day'

Astronomers have a "Big Data" problem. While telescopes around the world record reams of data every day, researchers struggle to manage this surplus of information. But there is a change brewing within the astronomy community, one where researchers assume many different roles: astronomer, hacker and communicator.

DotAstronomy, a community that bridges the gap between science research and computer coding, hosted the first "Hack Day" exclusively for astronomy in the United States, last month at the Bit.ly headquarters in New York.

The Dec. 15 event was co-sponsored by Bit.ly and Harvard's Seamless Astronomy Group. Participants had a single day to tackle a problem within astronomy data. The day was split into three parts: presentations of tools that some participants have been working on, hack time, and presentations of the day's accomplishments.

Participants came from all over the tri-state area to learn from other astronomy hackers and work on joint projects. Most of them were either professors or graduate students from NYU, Harvard, Yale or CUNY, but there were others from non-astronomy backgrounds as well.

Many of the tools presented were frameworks to make astronomy data more manageable, often with a heavy community and open-source aspect.

For example, there was Astropy, a community-driven astronomy package; Planethunters.org, where public online users can hunt for exoplanets; the yt-project, a community-driven platform that transforms data into breathtaking graphic models, to help researchers ask better questions from their data; and an API (an interface between a user and a site's database) where you can easily look up any celestial object's spectral data from archives of the Sloan Digital Survey.

Hacking and camaraderie

After the main presentations, everyone grabbed a quick lunch and circled the whiteboard to pitch their hacks. They then split into groups and started exchanging ideas, debugging, and scrawling flow charts or models. Practically all the participants were acquainted with Python computer coding, but still, the best hackers quickly stood out, and many clamored for their aid. [5 Threats That Keep Security Experts Up at Night]

Demitri Muna is one of those hackers. He runs an online forum and workshop called SciCoder, teaching scientists how to efficiently work in Python. Muna is working toward a SciCoder book, which will include a free PDF for the astronomy community.

Muna worked during the hack day with Kelle Cruz from the American Museum of Natural History department of astrophysics and others to create a "SQLite" database to store brown dwarf star data that they could distribute to members' email accounts.

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Star Hackers: Scientists Hold 1st Astronomy 'Hack Day'

Wildlife and Astronomy HD – Video


Wildlife and Astronomy HD
No Copyright Intended Song- Paradise by Coldplay Hey guys, haven #39;t done a video in a while because I don #39;t really know what you want to see..I was inspired by David Attenborough to make this video including amazing footage from BBC and also astronomy clips from the highest place in the world where they use VLT #39;s to have a more detailed look/view at our breath-taking universe.. I hope you enjoy, don #39;t forget to leave requests ! xoxo Nicole

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Wildlife and Astronomy HD - Video

Total Pokemon College Season 6 Elimination 11: Astronomy – Video


Total Pokemon College Season 6 Elimination 11: Astronomy
Astronomy is up to the stars! The stars tend to like it when things change 😉 PS I had to delete over a minute of confessionals. Sorry if yours got cut 🙁 Note: Loser Twist. If you are eliminated, you have the opportunity to rejoin. Just tell me you are interested and I #39;ll give you the details. It is like a "March Madness" tourney with the players still in voting on who they want to return. Choose your spot carefully 😉 Class 12: Sculpture/Clay Making: SCL 202, Professor David Ditto Fun Facts: 1) In my one art class in high school, we made clay ocarinas. I made mine more into a figurine instead, but I made a toucan 😀 2) ...Yeah I really don #39;t know much else...sorry 🙁 3) You can basically make whatever you want out of clay. It just takes a bit of skill and technique. Note, I apologize if the following challenge doesn #39;t do a lot. I am using school stuff and I have stored away and am trying my best. Challenge #1) Matching. For each numbered item, list the LETTER of the definition that matches it. 13 questions, 2 points a piece. 26 total: 1) Coil; 2) Wedging; 3) Throwing Clay; 4) Glaze; 5) Plastic; 6) Firing; 7) Bone Dry; 8) Kiln; 9) Slab; 10) Leather Hard; 11) Bisque; 12) Green ware; 13) Pinch pot ---------- A. Early stage of clay with high water content. Very soft and malleable B. A building technique that involves rolling clay into flat pieces C. Any kind of unfired clay D. The use of a potter #39;s wheel to form clay E. Process of removing air bubbles from clay F. Rolling ...

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Total Pokemon College Season 6 Elimination 11: Astronomy - Video

Year's Largest Astronomy Meeting Kicks Off in California Sunday

Nearly 3,000 astronomers will descend upon Long Beach, Calif., next week for the year's largest astronomy conference.

The 221st meeting of the American Astronomical Society (AAS) kicks off Sunday (Jan. 6) and will run through Jan. 10 at the Long Beach Convention and Entertainment Center. The meeting, one of two held annually by the AAS, has been billed as the "Super Bowl of astronomy."

"Our winter meeting is generally about twice as big as our summer one and is the biggest astronomy meeting of the year," AAS press officer Rick Fienberg told SPACE.com.

New discoveries on alien planets, black holes, distant galaxies, and the worlds of our solar system will be presented. Scientists will announce the newest findings of X-ray, gamma-ray and optical telescopes, and astronomers will hash out the latest news about the universe's confounding enigmas, such as dark energy and dark matter two mysterious types of stuff that appear to make up the bulk of the cosmos.

More than 2,700 professors, researchers, and students are already registered, and the total attendance will likely approach 3,000, Fienberg said. In addition to distinguished scientists, Nobel Laureates, and up-and-coming leaders in the field, the meeting attracts some of the top officials in NASA, the National Science Foundation, and other research organizations.

Scientists will discuss, town hall-style, the outlook for federal astronomy spending and the NASA budget in the coming year. Researchers will update others in their fields about the progress being made toward launching the Hubble telescope's successor, the James Webb Space Telescope, as well as building highly-anticipated ground-based observatories such as the Large Synoptic Survey Telescope (LSST) and the Atacama Large Millimeter Array (ALMA) in Chile.

The last AAS meeting was held in Anchorage, Alaska in June 2012, and the summer meeting will be held June 2 to 6 in Indianapolis, Ind.

Many of the big-ticket discoveries being presented at the upcoming conference will be discussed in press conferences that will be streamed live online throughout the week. You can watch the live webcasts here on SPACE.com where we'll link to our full coverage of the 221st meeting of the American Astronomical Society. Twitter users can follow along with the hashtag #AAS221.

Follow Clara Moskowitz on Twitter@ClaraMoskowitzor SPACE.com@Spacedotcom. We're also on Facebook&Google+.

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Year's Largest Astronomy Meeting Kicks Off in California Sunday

Partner Investigator Prof Ray Norris, CSIRO Astronomy


Partner Investigator Prof Ray Norris, CSIRO Astronomy Space Science
Professor Ray Norris is a CAASTRO Partner Investigator at the Commonwealth Scientific and Industrial Research Organisation (CSIRO) in Sydney, Australia (www.atnf.csiro.au Science presentation by Ray Norris: How galaxies form evolve: the Australia Telescope Large Area Survey (youtu.be See also: http://www.caastro.org

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Partner Investigator Prof Ray Norris, CSIRO Astronomy

Sexy Astronomy: Largest Instrument. Jan3: Jeremy Ratchford – Video


Sexy Astronomy: Largest Instrument. Jan3: Jeremy Ratchford
Today in 1888 -- The refracting telescope at the Lick Observatory, in California, measuring 91 cm in diameter, was used for the first time. It was the largest telescope in the world. Subscribe to TodayThis on YouTube... goo.gl Every day, videos from ThisDayToday.com show us why today is funny. Watch all of our videos with Jeremy here goo.gl 2012 Nedulous Productions LLC

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Australian Aboriginal Astronomy, by Prof Ray Norris – Video


Australian Aboriginal Astronomy, by Prof Ray Norris
Professor Ray Norris is based at the CSIRO Astronomy Space Science in Sydney, Australia, and a Partner Investigator in CAASTRO, the Centre for All-sky Astrophysics (www.caastro.org). Prof Norris is very interested in astronomy in indigenous cultures. See also http://www.emudreaming.com

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Phila students head to Calif. astronomy conference

Four students from New Philadelphia High School and their teacher will be attending the meeting of the American Astronomical Society to detail their part in a project to identify previously unknown stars.

Journeying to Long Beach, Calif., for the session which runs Sunday through Jan. 11 are Casey Miller, a sophomore; Heath Scherick, a junior; Brandon Free, a senior; and Taylor Willis, a senior.

Accompanying them is Debbie French, a physics and engineering teacher at the high school.

More than 600 professional astronomers also will be in attendance.

French said that her students will be busy the entire time because of the large number of programs being offered, including at least one by a Nobel laureate.

Its going to be absolutely crazy, she said.

Among the better-known individuals scheduled to attend is Bobak Ferdowsi, flight director on the Mars Sciences

Laboratory Curiosity mission this past summer who became an Internet sensation because of his distinctive Mohawk haircut.

Hes kind of a big deal right now, Miller said.

The meeting will allow the students to learn about jobs in astronomy, as well as look for potential summer internships. Its very practical for them to go, French said.

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Phila students head to Calif. astronomy conference

Partner Investigator Prof Michael Kramer, Max-Planck Institute for Radio Astronomy – Video


Partner Investigator Prof Michael Kramer, Max-Planck Institute for Radio Astronomy
Professor Michael Kramer is the Director of the Max-Planck Institute for Radio Astronomy in Bonn, Germany (www3.mpifr-bonn.mpg.de and a CAASTRO Partner Investigator (www.caastro.org).

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Partner Investigator Prof Michael Kramer, Max-Planck Institute for Radio Astronomy - Video

The heights of astronomy, in 3-D

John Brecher / NBC News

Star trails light the night sky above observatories atop Mauna Kea on the Big Island of Hawaii. In the distance is Haleakala on the island of Maui. Look at the image through red-blue glasses to see the 3-D effect.

By Alan Boyle

What better way to start off the year than with a beautiful view of the heavens from one of the world's highest astronomical vantage points? Here's one way to make it better: Show it in 3-D!

This picture of the Mauna Kea Observatories was captured last month by NBC News' John Brecher during a visit to Hawaii's Big Island. The 13,796-foot-high (4,205-meter-high) facility is home to 13 telescopes, ranging from the University of Hawaii's 0.9-meter educational telescope to the 25-meter radio dish used as part of the Very Long Baseline Array.

Here you see, from left, Japan's Subaru Telescope; the twin 10-meter Keck telescopes, operated by Caltech and the University of California; and NASA's Infrared Telescope Facility. Maui's Haleakala volcano looms in the far background, about 60 miles (100 kilometers) away. As my colleague Phil Plait of the Bad Astronomy blog would say, "Holy Haleakala!"

The view is really worth exclaiming about when you see it in 3-D. If you can't make your way to Mauna Kea just now and see it in person, put on some red-blue glasses to look into the sky's depths. If you're in the market for 3-D spectacles, check out this list of online vendors. You can also keep an eye on the Cosmic Log Facebook page for our next 3-D glasses giveaway, and use your specs to see all the cosmic 3-D pictures we've pointed to over the past decade.

Here's to a delightful year of discoveries from Mauna Kea and the rest of the world's great telescopes.

More astronomy for the new year:

Alan Boyle is NBCNews.com's science editor. Connect with the Cosmic Log community by "liking" the log'sFacebook page, following@b0yle on Twitterand adding theCosmic Log pageto your Google+ presence. To keep up with Cosmic Log as well as NBCNews.com's other stories about science and space, sign up for the Tech & Science newsletter, delivered to your email in-box every weekday. You can also check out"The Case for Pluto,"my book about the controversial dwarf planet and the search for new worlds.

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The heights of astronomy, in 3-D

See the heights of astronomy in 3-D

John Brecher / NBC News

Star trails light the night sky above observatories atop Mauna Kea on the Big Island of Hawaii. In the distance is Haleakala on the island of Maui. Look at the image through red-blue glasses to see the 3-D effect.

By Alan Boyle

What better way to start off the year than with a beautiful view of the heavens from one of the world's highest astronomical vantage points? Here's one way to make it better: Show it in 3-D!

This picture of the Mauna Kea Observatories was captured last month by NBC News' John Brecher during a visit to Hawaii's Big Island. The 13,796-foot-high (4,205-meter-high) facility is home to 13 telescopes, ranging from the University of Hawaii's 0.9-meter educational telescope to the 25-meter radio dish used as part of the Very Long Baseline Array.

Here you see, from left, Japan's Subaru Telescope; the twin 10-meter Keck telescopes, operated by Caltech and the University of California; and NASA's Infrared Telescope Facility. Maui's Haleakala volcano looms in the far background, about 60 miles (100 kilometers) away. As my colleague Phil Plait of the Bad Astronomy blog would say, "Holy Haleakala!"

The view is really worth exclaiming about when you see it in 3-D. If you can't make your way to Mauna Kea just now and see it in person, put on some red-blue glasses to look into the sky's depths. If you're in the market for 3-D spectacles, check out this list of online vendors. You can also keep an eye on the Cosmic Log Facebook page for our next 3-D glasses giveaway, and use your specs to see all the cosmic 3-D pictures we've pointed to over the past decade.

Here's to a delightful year of discoveries from Mauna Kea and the rest of the world's great telescopes.

More astronomy for the new year:

Alan Boyle is NBCNews.com's science editor. Connect with the Cosmic Log community by "liking" the log'sFacebook page, following@b0yle on Twitterand adding theCosmic Log pageto your Google+ presence. To keep up with Cosmic Log as well as NBCNews.com's other stories about science and space, sign up for the Tech & Science newsletter, delivered to your email in-box every weekday. You can also check out"The Case for Pluto,"my book about the controversial dwarf planet and the search for new worlds.

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See the heights of astronomy in 3-D

Astrology In Delhi by World Famous Astrologer – Guru Rajneesh Rishi Ji – Video


Astrology In Delhi by World Famous Astrologer - Guru Rajneesh Rishi Ji
Astrology In Delhi by World Famous Astrologer - Guru Rajneesh Rishi Ji, World Famous Spiritual Guru in 133 Countries, Shani Mandir Wale, New Delhi. India. Ph:011-45051710 Connect with Guruji on Facebook at http://www.facebook.com and on Twitter @lordshani or visit - http://www.ShaniDev.Us Astrology consists of a number of belief systems which hold that there is a relationship between astronomical phenomena and events in the human world. Astrology is a pseudoscience, and as such has been rejected by the scientific communities as having no explanatory power for describing the universe. In the West, astrology most often consists of a system of horoscopes that claim to explain aspects of a person #39;s personality and predict future events in their life based on the positions of the sun, moon, and other planetary objects at the time of their birth. Many cultures have attached importance to astronomical events, and the Indians, Chinese, and Mayans developed elaborate systems for predicting terrestrial events from celestial observations. Among Indo-European peoples, astrology has been dated to the third millennium BCE, with roots in calendrical systems used to predict seasonal shifts and to interpret celestial cycles as signs of divine communications.[1] Through most of its history, astrology was considered a scholarly tradition. It was accepted in political and academic contexts, and was connected with other studies, such as astronomy, alchemy, meteorology, and medicine.From:Guru Rajneesh Rishi JiViews:0 0ratingsTime:04:25More inPeople Blogs

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Astrology In Delhi by World Famous Astrologer - Guru Rajneesh Rishi Ji - Video

Best Jyotish In Delhi – Param Pujya Guru Rajneesh Rishi Ji – Video


Best Jyotish In Delhi - Param Pujya Guru Rajneesh Rishi Ji
Best Jyotish In Delhi - Param Pujya Guru Rajneesh Rishi Ji, World Famous Spiritual Guru in 133 Countries, Shani Mandir Wale, New Delhi. India. Ph:011-45051710 Connect with Guruji on Facebook at http://www.facebook.com and on Twitter @lordshani or visit - http://www.ShaniDev.Us Jyotish ( Or Jyotish. from Sanskrit jyoti #7779;a, from jytis- "light, heavenly body") is the traditional Hindu system of astronomy and astrology. Also known as Vedic astrology, more recently Hindu astrology, It has three branches:[1] Siddhanta: Indian astronomy. Samhita: Mundane astrology, predicting important events related to countries such as war, earthquakes, political events, financial positions, electional astrology, house and construction related matters (V #257;stu Sh #257;stra), animals, portents, omens, and so on. Hora: Predictive astrology in detail. The foundation of Hindu astrology is the notion of bandhu of the Vedas, (scriptures), which is the connection between the microcosm and the macrocosm. Practice relies primarily on the sidereal zodiac, which is different from the tropical zodiac used in Western (Hellenistic) astrology in that an ayanamsa adjustment is made for the gradual precession of the vernal equinox. Hindu astrology includes several nuanced sub-systems of interpretation and prediction with elements not found in Hellenistic astrology, such as its system of lunar mansions (nakshatras).From:Guru Rajneesh Rishi JiViews:0 0ratingsTime:03:58More inEducation

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Best Jyotish In Delhi - Param Pujya Guru Rajneesh Rishi Ji - Video

The importance of prizes- Infosys Science Foundation – Video


The importance of prizes- Infosys Science Foundation
"Prof. Shrinivas Kulkarni, John D. Catherine T. McArthur Professor of Astronomy Planetary Science at the California Institute of Technology (Caltech) and Jury Chair for the Infosys Prize in Physical Sciences talks about the motivational power of prizes.From:InfosysPrizeViews:0 0ratingsTime:00:52More inEducation

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The importance of prizes- Infosys Science Foundation - Video

Why do Stars Twinkle? What are Pulsars? – Video


Why do Stars Twinkle? What are Pulsars?
Never miss an episode. Subscribe here: goo.gl Watch SciTunes: goo.gl Twinkle Twinkle Little Star. It #39;s time to learn what you really are. In this episode of the Big Bang Query, I explore why Stars Twinkle and why Pulsars were once known as Little Green Men. Watch and Learn =) Connect with me: Find me on FaceBook: goo.gl Find me on Twitter: goo.gl My Blog: goo.gl Credits: Written, Filmed, Performed, Edited by Mike Wilson aka Coma Niddy Music by Mike Wilson aka Coma Niddy Animation by NASA Sources: NASA imagine.gsfc.nasa.gov imagine.gsfc.nasa.gov starchild.gsfc.nasa.gov history.nasa.gov Scientific American http://www.scientificamerican.com Bad Astronomy http://www.badastronomy.comFrom:comaniddyViews:9 3ratingsTime:03:07More inScience Technology

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Why do Stars Twinkle? What are Pulsars? - Video

The Amazing Iron Atom 3 – Video


The Amazing Iron Atom 3
The Amazing Iron Atom part 3 Creative illustration of the Iron Atom. Instrumental used http://www.youtube.com Special thanks to the image providers. Images taken from Google images. Description of proton-proton chain reaction taken from "Astronomy Today 4th edition By Chaisson and McMillan". Thank You So Much! Don #39;t forget to like and subscribe!From:DrAnwarHamdiViews:13 0ratingsTime:09:30More inScience Technology

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The Amazing Iron Atom 3 - Video

SkyDome Planetarium – Video


SkyDome Planetarium
Bring the field trip to you with the must-have astronomy assembly from Mobile Ed! See more at http://www.mobileedproductions.com Take your students on a journey through the universe from the comfort and security of your own school. Our portable, inflatable planetarium will come right to your location and dazzle your budding astronomers with our state-of-the-art digital projector and informative assembly presentation.From:MobileEd1Views:3 0ratingsTime:01:47More inEducation

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In Memory of Sir Patrick Moore – Video


In Memory of Sir Patrick Moore
This is a short slide show I have put together in memory of Sir Patrick Moore. I have, for the past 50 years, watched episodes of The Sky at Night and will really miss a presenter who has done so much for astronomy in this country, not only for children but for us adults too. Thank you Patrick Moore, may you rest in peaceFrom:Antony SegalViews:0 0ratingsTime:02:41More inScience Technology

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In Memory of Sir Patrick Moore - Video

Hart County Library Solar Viewing 12 27 2012 – Video


Hart County Library Solar Viewing 12 27 2012
Please support The Charlie Bates Solar Astronomy Project with your tax deductible donation at http://www.charliebates.org (a nonprofit 501c3 corp. in Atlanta, GA) http://www.solarastronomy.org for more infoFrom:Stephen RamsdenViews:0 0ratingsTime:00:26More inScience Technology

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Hart County Library Solar Viewing 12 27 2012 - Video