The Allen Telescope Array The Allen Telescope Array (ATA) is a “Large Number of Small Dishes” (LNSD) array designed to be highly effective for simultaneous surveys undertaken for SETI projects (Search for Extraterrestrial Intelligence) at centimeter wavelengths. The initiative for building the ATA emerged from a series of workshops convened by the SETI Institute beginning in 1997. These workshops were charged with defining a path for future development of SETI technologies and search strategies. The SETI Institute sought private funds for such an instrument, and in 2001 Paul Allen (co-founder of Microsoft) agreed to fund the technology development and first phase of implementation, culminating in the construction of 42 antennas.
Planetary tilt could affect alien life Artist's rendition of the Milky Way's billions of planets. (credit: M. Kornmesser / ESO) An exciting announcement was made recently that suggests there could be billions of extraterrestrial-inhabited planets in our very own galaxy. A team of international scientists recently published findings in the journal Nature that conclude “stars are orbited by planets as a rule, rather than the exception,” and many of those are likely to be similar to Earth. The search for habitable planets and extraterrestrial life is gaining momentum, thanks largely to NASA’s planet-hunting space telescope Kepler. Artist's conception of Kepler-22b (credit: NASA/Ames/JPL-Caltech) Space.com reports that Heller and his colleagues recently published two papers describing how the gravitational interactions of stars and planets eventually erode the axial tilt of a planet.
Le voyage dans la lune (A Trip to the Moon) by Georges Méliès Travel from Quebec to the moon with a zoom lens Connect the view that we see with our eyes at dusk to the photos that we might see taken with a powerful zoom lens. Daniel Pelletier begins this video in a parking lot in Quebec, Canada and then travels all the way to... SpaceX Falcon 9 first-stage landing, THAICOM 8 mission Watch sped up footage of the Falcon 9 first stage landing on the Of Course I Still Love You (OCISLY) droneship. Newton’s Three Laws of Motion Follow four astronauts on a six month journey from Earth to Mars, and see how Newton’s Three Laws of Motion -- 'Newton' referring to English physicist and mathematician Sir Isaac Newton -- can help us understand and p... Rocket stage separation footage captured in space A first from UP Aerospace on November 6, 2015 – perfectly timed footage of the Maraia Earth Return Capsule's booster separation, captured 75 miles (120 km) above Earth by one of the four cameras attached to the multis... Buster Keaton – The Art of the Gag
Carl Boudreau – Astrology For Everyone – The Astrology Of July 2013, Approximately – Qauntum Leap – 28 June 2013 The Astrology of July 2013 Approximately Quantum Leap Recap – Toward a Deeper Understanding of the World The chart for the 2nd half of 2013 combines a Kite, a supportive configuration, and a Grand Square, a massive blocking aspect. In the headlines, a non-stop mix of good news and bad news sows confusion. The slow moving planets making up this Kite+ structure, including Jupiter, will maintain their relative positions thru mid-2014, at least, and the pervasive, complex transformations it brings will continue at least as long. In the background, a more complex geometrical structure flashes in and out of existence, triggering even more rapid, higher levels of change. Preparing for a Stress Test Later in this decade, beginning in 2017 and culminating in 2020, Saturn and Pluto will conjoin. An Increasingly Puzzling World Neither the Kite + T-Square combination nor the mix of supportive and enabling aspects are rare. It’s Complicated: Some Examples Micro-Managing Up, Down and $ideways Finessing July
Skynet University - Use Our Telescopes From Anywhere! Star trails, including the Large and Small Magellanic Clouds, over Skynet’s 32-inch diameter PROMPT-C7 telescope at Cerro Tololo Inter-American Observatory in the Chilean Andes. Skynet is a global network of fully automated, or robotic, telescopes serving professional astronomers, students of all ages — graduate through elementary school — and the public over the internet. Headquartered at the University of North Carolina (UNC) and funded primarily by the National Science Foundation, NASA, and private donations, Skynet’s telescopes span four continents. They have taken approaching 7 million images for tens of thousands of users. For the most part, access to Skynet is limited to the institutions that have contributed the telescopes (each ~$100K or more). Skynet University offers the same introductory astronomy courses that we have developed for our students at UNC to everyone everywhere. They include: Skynet University offers these courses online. Background Image: Sculptor Galaxy.
Hubble snaps stunning barred spiral galaxy image 3 February 2012Last updated at 09:35 NGC 1073 lies in the Cetus (a sea monster in Greek mythology) constellation The Hubble space telescope has captured an image of a "barred spiral" galaxy that could help us better understand our own Milky Way. Most of the known spiral galaxies fall into this "barred" category - which are defined by the pronounced bar structure across their centres. The presence of this structure may be an indication of a galaxy's age. Two-thirds of nearby galaxies have the bar, while only a fifth of more distant spirals have it. The new picture also continues the Hubble space telescope's long heritage of striking astronomical images. In the upper left of the image is a cluster showing recent star formation that is just visible to Hubble's cameras. But it is a bright source in X-ray light; astronomers believe that this IXO-5 X-ray source is actually a "binary" system comprising a star and a black hole in mutual orbit.
Phases of the Moon, animated with Virtual Moon Atlas A Fictive Flight Above Real Mars Fly by the moon Phobos towards Mars, and then fly across the Red Planet's surface thanks to NASA’s High Resolution Imaging Science Experiment (HiRISE) imagery and three months of digital imaging work by Finnish filmma... A winter solstice time lapse in Fairbanks, Alaska Filmed in time lapse on December 21, 2012 by weather researcher Taro Nakai, enjoy the sun moving low across the sky for the winter solstice in Fairbanks, Alaska, a city that's around 193 kilometers (120 miles) south o... Travel from Quebec to the moon with a zoom lens Connect the view that we see with our eyes at dusk to the photos that we might see taken with a powerful zoom lens. The Science of Skin Color – TED Ed When ultraviolet sunlight hits our skin, it affects each of us differently. Newton’s Three Laws of Motion Yosemite’s Horsetail ‘firefall’ at sunset Supermoon ‘Blood Moon’ Lunar Eclipse – NASA
Pourquoi l'univers? | Mario Roy | Mario Roy Exact ou pas? Chose sûre, le monde scientifique a fait au cours des derniers mois des avancées importantes dans la connaissance de l'infiniment petit et de l'infiniment grand. Dans la dissection des particules élémentaires autant que dans son enquête sur l'origine et la nature du cosmos. Le hic, c'est que l'extrême complexité de ces découvertes ne fait rien pour favoriser leur médiatisation. C'est pourtant ce qu'un engin mis en orbite par l'Agence spatiale européenne vient de faire (le Canada y a participé): des images de l'état du monde 380 000 ans après le Big Bang. Les images confectionnées par l'observatoire spatial Planck, lancé en 2009, confirment l'âge de l'univers: 13,8 milliards d'années (à 80 millions près). Cette percée suit de quelques mois l'identification du boson de Higgs, défini comme le chaînon manquant de la physique des particules. Tout cela donne un peu le tournis. Ou en deux mots: pourquoi l'univers? Pourra-t-on un jour donner une réponse?
Le moteur 3D de vos rêves Le moteur 3D de vos rêves On va commencer la journée avec un peu de poésie dans ce monde de brute. Et cette fois, la poésie, c'est un moteur de jeu qui nous l'apporte. Le moteur Outerra propose tout simplement de créer des planètes entières et de s'y balader de l'espace jusqu'au plancher des vaches sans temps de chargement ou décors (murs) artificiels. Les petits gars qui développent cette techno sont capables, une fois la planète modélisée, d'y mettre des routes, des véhicules, ou tous types d'objets 3D qui respectera les lois de la physique en vigueur sur la planète. D'autres images et vidéos sont visibles ici. [Source] Vous avez aimé cet article ?
Flawless launch of Alphasat, Europe’s largest and most sophisticated telecom satellite / Alphasat / Telecommunications & Integrated Applications Ariane 5 liftoff with Alphasat Flawless launch of Alphasat, Europe’s largest and most sophisticated telecom satellite 25 July 2013 Alphasat, Europe’s largest and most sophisticated telecommunications satellite, was launched into its planned orbit today from Kourou, French Guiana. The Ariane 5 ECA rocket, operated by Arianespace, took off at 19:54 GMT, 21:54 CEST and delivered Alphasat into the target geostationary transfer orbit about 28 minutes later. Alphasat’s signal has been picked up by an Inmarsat ground station in Beijing as expected at 20:38 GMT (22:38 CEST), confirming that the satellite is at the predicted location, powered up and transmitting. Alphasat on Sylda Alphasat is a large telecommunications satellite primarily designed to expand Inmarsat’s existing global mobile network. All the partners were present at Europe’s Spaceport to watch the 6.6‑tonne satellite take off. Alphasat partners at Le Bourget Alphasat next to Alphabus platform Alphasat TDPs in Kourou
New "Super Earth" Found at Right Distance for Life A new planet—probably a rocky super-Earth—has been found squarely within its star's habitable zone, making it one of the best candidates yet to support life, its discoverers say. The planet, dubbed GJ 667Cc, orbits a red dwarf star 22 light-years from Earth, in the constellation Scorpio. A binary pair of orange dwarf stars are part of the same system. (Related: "'Tatooine' Planet With Two Suns Could Host Habitable Moon?") The new planet has a mass 4.5 times that of Earth and orbits its host star every 28 days. The red dwarf is relatively dim, so the planet receives slightly less light from its star than Earth does from the sun. That means if the planet has a rocky surface—which is predicted for planets less than ten times Earth's mass—and an atmosphere, it could support liquid water and maybe life, said co-discoverer Guillem Anglada-Escudé, who conducted the work while at the Carnegie Institution for Science in Washington, D.C. Rocky Planet Around Unexpected Star
2,000 ping pong balls and 30 middle-school teachers in Zero G An unexpected way to inflate a balloon – Numberphile The kamifusen is a traditional Japanese paper (kami) balloon (fusen) toy that became popular in the 1890s and can still be found in a variety of designs or decorated as spherical koi, pufferfish, penguins, monkeys, ra... Hydrodynamic Levitation Light balls, disks, and cylinders will levitate on a stream of water in a surprisingly off-center way. How table tennis balls are made The process of making table tennis balls includes lots of measuring and at least one trade secret.