First Time Photos of Extrasolar Planets!

Astronomers have photographed planets from other solar systems for the first time.
Extrasolar Planets Exoplanets solar system NASA Hubble ccsse

Astronomers have photographed planets from other solar systems for the first time.
Extrasolar Planets Exoplanets solar system NASA Hubble ccsse

This is a video to introduce the concept of extrasolar planets and systems. This is my facebook www.facebook.com . I will do more on this but this is what the implications are for the feild. This is a video that gives an idea of the scale diversity and posibilities of extrasolar planetary systems. Almost 500 Extrasolar planets have been comfirmed so far.
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From the Spitzer Science Center. While astronomers have identified over 500 planets around other stars, they're all too small and distant to fill even a single pixel in our most powerful telescopes. That's why science must rely on art to help us imagine these strange new worlds. From Spitzer Space Telescope. Even without pictures of these exoplanets, astronomers have learned many things that can be illustrated in artwork. For instance, measurements of the temperatures of many "Hot Jupiters," massive worlds orbiting very close to their stars, hint that their atmospheres may be as dark as soot, glowing only from their own heat. While "Hot Jupiters" would be relatively dark in visible light, compared to their stars, their brightness is proportionally much greater in the infrared. Illustrating this dramatic contrast change helps explain why the infrared eye of NASA's Spitzer Space Telescope plays a key role in studying exoplanets. As our understanding evolves, so must the artwork. Astronomers found a blazing hot spot on the exoplanet Upsilon Andromedae b that at first, appeared to face towards its star. More data has revealed that the hottest area is actually strangely rotated almost 90 degrees away, near the day/night terminator. WASP 12b is as hot as the filament in a light bulb, and would be blazing bright to our eyes. Most interestingly, if it proves to have a strongly elliptical orbit, as first thought, calculations show it would be shedding some of its outer atmosphere <b>...</b>
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This is a continuation of my previous video about extrasolar planets.
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3 simple methods Exoplanets can be detected beyond our solar system. 1. Transit-A stars luminosity dims slightly due to the object that passes by. 2. Radial velocity- It moves a star from it's position continually, due to the gravitational attraction of other planetary bodies upon it. 3. Coronagraph telescopic attachment and infrared.-A telescopic attachment which allows for a Stars luminosity to be blocked, and other objects in the surrounding area to be infrared You can no longer use the lame argument "We're special because our planet is the correct distance from the star". Sorry.
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This video is my first so we'll see how it goes. It is basically a summary of some science and thoughts on Extrasolar planets. I am not an expert in any field of astronomy. I hope it may stimulate an interest for some people. All images in this video are in the public domain and are reproduced for non-profit, educational purposes. Please contact me via my youtube mail if the lack of credit to an image or means of credit to images is inappropriate. All space and telescope related images (except the skywatcher telescope image) are courtesy NASA/JPL-caltech. (more)
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Amazing news from ESO. Astronomers working with the super planet finding HARPS instrument at the La Silla Observatory in Chile, have discovered a remarkable extrasolar planetary system that has some striking similarities to our own Solar System. At least five planets are orbiting the Sun-like star HD 10180, and the regular pattern of their orbits is similar to that observed for our neighbouring planets. One of the new extrasolar worlds could be only 1.4 times the mass of the Earth, making it the least massive exoplanet ever found.
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To see a video of a far better analysis of extrasolar planets, where you actually can see a planet, check out this video: www.youtube.com
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NASA's Hubble Space Telescope has taken the first visible-light snapshot of a planet circling another star. Estimated to be no more than three times Jupiter's mass, the planet, called Fomalhaut b, orbits the bright southern star Fomalhaut, located 25 light-years away in the constellation Piscis Australis, or the "Southern Fish." Fomalhaut has been a candidate for planet hunting ever since an excess of dust was discovered around the star in the early 1980s by NASA's Infrared Astronomy Satellite, IRAS. In 2004, the coronagraph in the High Resolution Camera on Hubble's Advanced Camera for Surveys produced the first-ever resolved visible-light image of the region around Fomalhaut. It clearly showed a ring of protoplanetary debris approximately 21.5 billion miles across and having a sharp inner edge. This large debris disk is similar to the Kuiper Belt, which encircles the solar system and contains a range of icy bodies from dust grains to objects the size of dwarf planets, such as Pluto. Hubble astronomer Paul Kalas, of the University of California at Berkeley, and team members proposed in 2005 that the ring was being gravitationally modified by a planet lying between the star and the ring's inner edge. Circumstantial evidence came from Hubble's confirmation that the ring is offset from the center of the star. The sharp inner edge of the ring is also consistent with the presence of a planet that gravitationally "shepherds" ring particles. Independent researchers have <b>...</b>
Fomalhaut Extrasolar Planet Hubble HST Bruno The Questionable

"Gliese 581 c or Gl 581 c is an extrasolar planet orbiting the red dwarf star Gliese 581. With a mass at least 5.36 times that of the Earth, it is classified as a super-Earth, a category which incorporates planets exceeding the mass of Earth but smaller than 10 Earth masses, it was the smallest known extrasolar planet around a main sequence star, but on April 21, 2009, another planet orbiting Gliese 581, Gliese 581 e, was announced with an approximate mass of 1.9 earth masses, which is now the smallest known extrasolar planet around a main sequence star."
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This shows the transit of HD 189733 b as it would be observed in the Sloan z' band. Then we explore what effect changing some of the properties of the system (the size of the planet, its inclination, the limb darkening of the star, or the orbital separation) would have on the observed light curve. Movie made by Jason Eastman (OSU Astronomy).
OSU astronomy extrasolar planets transits light curves osuastronomy

In this episode of "Cosmic Adventures," Bill and Liz explore planets around other stars. (Not literally.)

NASA press release: NASA's Hubble Space Telescope (HST) has made the first detection ever of an organic molecule in the atmosphere of a Jupiter-sized planet orbiting another star. This breakthrough is an important step in eventually identifying signs of life on a planet outside our solar system. The molecule found by Hubble is methane, which under the right circumstances can play a key role in prebiotic chemistry — the chemical reactions considered necessary to form life as we know it. This discovery proves that Hubble and upcoming space missions, such as NASA's James Webb Space Telescope, can detect organic molecules on planets around other stars by using spectroscopy, which splits light into its components to reveal the "fingerprints" of various chemicals. "This is a crucial stepping stone to eventually characterizing prebiotic molecules on planets where life could exist," said Mark Swain of NASA's Jet Propulsion Laboratory (JPL), Pasadena, Calif., who led the team that made the discovery. Swain is lead author of a paper appearing in the March 20 issue of Nature. The discovery comes after extensive observations made in May 2007 with Hubble's Near Infrared Camera and Multi-Object Spectrometer (NICMOS). It also confirms the existence of water molecules in the planet's atmosphere, a discovery made originally by NASA's Spitzer Space Telescope in 2007. "With this observation there is no question whether there is water or not — water is present," said Swain. The planet now <b>...</b>
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This prelude in the album is particularly more sinister than its fellow preludes and also has a lot of lighting and video effects that effectively portray the doomful emotions that the music expresses. The prelude starts off with a very dark and grim theme giving the listener a clear understanding of the mood of the song. The theme here is played slightly different each time. The images in this part give us the sense that we are far out in space, passed our galaxy somewhere unknown. At 0:51 we see the first extrasolar planet, thus beginning our journey through the various images and musical sense that these extraordinary planets give us. At 1:14, we here another small yet recurring theme that is more playful in nature than our previous theme. Here, the images and light from outer space near the planets increases and decreases with strong beats of this theme. The trills give us the constant threat that these planets are malevolent and adverse in nature to us. We are shown 4 other planets rapidly and we disappear into nothingness. We reach a very agile and flighty moment with the stars at 1:57 and then land right at an exoplanet with rings. At 2:19, we are finally introduced to the primary theme of this prelude. This theme occurs the most. The musical emotions continue to be sinister and foreboding. We are reach another playful moment at 2:30 where the music seems to be conniving a horrible omen for our continued journey through space. We hear the dark theme again with <b>...</b>
Prelude extrasolar planet extra solar exoplanet exo music piano contemporary modern space outer planets outerspace satellites sky galaxy star stars orbit pictures images emotion energy exoplanets effects fade fades asteroid glow shine bright tone cluster interval chord chromatic dissonance classical experimental minimalism Composer TMG

We take a look at new extra-solar planet discoveries, chimps, supernova, Alzheimer's, Mars, Cables, updates on New Horizons spacecraft and Voyager 1 and as always take a peek back into history and up in the sky this week. Show Notes & Download: bit.ly
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51 Pegasi b, also unofficially named Bellerophon or abbreviated as 51 Peg b, is an extrasolar planet approximately 50 light-years away in the constellation of Pegasus. 51 Pegasi b was the first planet to be discovered orbiting a Sun-like star (namely 51 Pegasi) and is the prototype for a class of planets called hot Jupiters.

Using the Hubble Space Telescope, for the first time, astronomers have observed the atmosphere of an extrasolar planet evaporating off into space. Much of this planet may eventually disappear, leaving only a dense core. The planet is a type of extrasolar planet known as a 'hot Jupiter'. These giant, gaseous planets orbit their stars very closely, drawn to them like moths to a flame. Credit: European Space Agency, Alfred Vidal-Madjar (Institut d'Astrophysique de Paris, CNRS, France) and NASA.
Extrasolar Planet Atmosphere Evaporating Hubble Space Telescope Abell 1835 IR 1916

A habitable planet, one that could have liquid water on its surface must be between about 80% to 200% the diameter of Earth. Planets that are smaller then 8/10ths of an Earth diameter have less than half an Earth mass and do not have enough gravity to hold onto a life-sustaining atmosphere. Planets that are more than twice the diameter of Earth have about ten Earth masses and enough gravity to hold onto hydrogen, the most abundant element in the Universe. Such large planets turn into gas giants like Jupiter and Saturn. Jupiter is more than ten times the diameter of Earth and more than 300 times the mass of Earth. Credit: NASA

New planet found, Fifty new alien worlds, including 16 "super Earths," have been found—the largest extrasolar planet haul announced at one time, astronomers say. The discoveries bring the total number of known extrasolar planets, or exoplanets, to 645. "The harvest of discoveries ... has exceeded all expectations, and includes an exceptionally rich population of super-Earths and Neptune-type planets hosted by stars very similar to our sun," study leader Michel Mayor, an astronomer at the University of Geneva in Switzerland, said in a statement. one of those planets is an Earth-like planet that exists just 36 light-years away and is called Gliese 581 c.

In 2003, astronomers used the Hubble Space Telescope to observe the atmosphere of the planet HD 209458b evaporating off into space. Much of this planet may eventually disappear, leaving only a dense core. The planet is a type of extrasolar planet known as a "hot Jupiter." These giant, gaseous planets orbit their stars very closely, drawn to them like moths to a flame. The scorched planet called HD 209458b orbits 'only' 7 million kilometers from its yellow Sun-like star. By comparison, Jupiter, the closest gas giant in our Solar System, orbits 780 million kilometers from our Sun. The NASA/ESA Hubble Space telescope observations reveal a hot and puffed-up evaporating hydrogen atmosphere surrounding the planet. This huge envelope of hydrogen resembles a comet with a tail trailing behind the planet. The planet circles the parent star in a tight 3.5-day orbit. Earth also has an extended atmosphere of escaping hydrogen gas, but the loss rate is much lower. credit: European Space Agency, Alfred Vidal-Madjar (Institut d'Astrophysique de Paris, CNRS, France) and NASA source: www.spacetelescope.org
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This is my fourth video in this extrasolar planets series. My Facebook www.facebook.com , Tumblr thetemporalcontinuum713.tumblr.com and Deviantart rjl7983.deviantart.com .
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Most of the 400 plus planets that have been detected so far are gas giants. The first extra-solar planet detected around a star similar to the Sun was 51 Peg. It has about the mass of Jupiter. But unlike Jupiter, which is five times as far from the Sun as Earth and orbits the Sun in 12 years, 51 Peg is twenty times closer to its star than Earth is to the Sun and orbits its star every 4 days. Planets like these are referred to as "Hot Jupiters. Credit: Sara Seager

Professor John Webb describes a project to find planets around distant stars using the Automated Patrol Telescope at Siding Spring. For information on Physics, visit www.phys.unsw.edu.au
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Interactive multimedia timeline traces the search for extrasolar planets, from ancient philosophical speculation to modern discoveries. _________________________________________ Mirrored from User/Best0fScience. Exoplanet Exploration: PlanetQuest Historic Timeline. watch?v=jxmP4n6WTNs _________________________________________ TheFifaJay in Association with www.youtube.com www.youtube.com PLease subscribe to us All to get a full picture. Peace. "Info extract from original upload." Exoplanet Exploration: Planet Quest Key Milestones • 450 BC: Greeks ponder the existence of other worlds • 1750: Wright describes the Milky Way as a massive disk of stars • 1992: Woszczan and Frail discover rocky planets • 1995: Mayor and Queloz find a planet at 51 Pegasi • 1999: First transiting exoplanet observed • 2005: Spitzer observed direct light from an exoplanet • 2008: First visible-light exoplanet images released --- Are we alone? Searching for Earthlike Worlds For centuries, human beings have pondered this question. Medieval scholars speculated that other worlds must exist and that some would harbor other forms of life. In our time, advances in science and technology have brought us to the threshold of finding an answer to this timeless question. The recent discovery of numerous planets around stars other than the sun confirms that our solar system is not unique. Indeed, these "exoplanets" appear to be common in our galactic neighborhood. The exoplanets we have discovered so far are <b>...</b>
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The Latest updates on the search for extrasolar planets, including one that could support life!
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Using the Hubble Space Telescope, for the first time, astronomers have observed the atmosphere of an extrasolar planet evaporating off into space. Much of this planet may eventually disappear, leaving only a dense core. The planet is a type of extrasolar planet known as a 'hot Jupiter'. These giant, gaseous planets orbit their stars very closely, drawn to them like moths to a flame. Credit: European Space Agency, Alfred Vidal-Madjar (Institut d'Astrophysique de Paris, CNRS, France) and NASA.

Extra solar Fictitious planets from space that will relax your mind.
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Earth is far smaller then we might think... There is a estimated 2 billion Earth-like planets in this Galaxy alone. The Kepler space telescope has discovered over 1200 extrasolar planets, 64 of which are Earth like, and 54 are in the habitable zone but their land masses and atmospheric composition is unknown. Take into consideration the vastness of our universe, how insignificant we are.
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