Posts Tagged ‘telescope’

The Thirty Meter Telescope has been under development for more than a decade, but the sheer amount of land needed on Hawaii’s Mauna Kea for its namesake main mirror has proved problematic: locals have formally challenged the multi-university effort over concerns that it might damage both the environment and natives’ heritage. Regardless of which stance you take on the issue, the project is going forward now that the state’s Board of Land and Natural Resources has granted an official land permit. The move clears an optical and near-infrared telescope with nine times the coverage area of its peers, and three times the sharpness. That’s enough to observe light from 13 billion years ago as well as put a heavy focus on tracking extrasolar planets, including planets in the making. Any impact on science or Mauna Kea will have to wait when construction doesn’t even start until April 2014, although we’re hoping that environmental care requirements attached to the permit will let us appreciate both the early universe and modern-day Earth in equal measure.

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Via: Pacific Business News

Source: Thirty Meter Telescope

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NASA’s Kepler space telescope hasn’t already exactly been a slouch when it concerns planet searching, however that effort will soon be getting a substantial boost thanks to a new goal picked by NASA as part of its Explorer program. Called the Transiting Exoplanet Survey Satellite (or TESS), this new space telescope will one-up Kepler with the ability to execute an all-sky survey (an area 400 times larger than previous objectives) to search for transiting exoplanets, with an eye towards worlds comparable to Earth in size. TESS was developed by an MIT-led group, and will be put in exactly what they refer to as a brand-new “Goldilocks” orbit, allowing it to take a trip close enough to the Earth every two weeks for a high-speed information downlink while still remaining safely past the hazardous radiation belts. It’s now set for launch in 2017, when it will be signed up with by the Neutron Star Interior Composition Traveler (NICER), an addition to the International Space Station likewise picked as part of the Explorer program last week that will utilize a procedure called X-ray timing to study neutron stars.

Submitted under: Science, AltCommentsVia: New ScientistSource: NASA, MIT

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The Microsoft Research team is developing an impressive map of deep space using data and photographs collected from the numerous telescopes worldwide, consisting of NASA ’ s Hubble Area Telescope. They call it The WorldWide Telescope.

There are about 300 billion stars in the Milky Method Galaxy, and about the same number of galaxies in our world (give or take a couple). With the WorldWide Telescope, experts and developers have pieced together an in-depth 3D view of the world that lets a user do a fly by of any world, star or galaxy known to guy. You can even see the whole world in a solitary frame, which makes us all seem insanely irrelevant.

But the WorldWide Telescope is more than simply a neat exploration tool for astronomy and physics nerds. Program Director Dan Fay hopes NASA can utilize it as a research tool which students from the elementary to graduate levels can utilize it as an instructional resource. The Microsoft Research group has made it basic to manipulate data on a touch surface or desktop. With the touch of a few buttons and squeeze to zoom, you ’ re off and flying through the world. The team prepares to bring this miracle to mobile devices quickly.

Microsoft has actually additionally released an API to permit designers to build custom trips and lessons. I was fortunate sufficient to be offered a tour of the nebula of the Milky Means Galaxy, and undoubtedly it was stunning. The lessons can be as easy as a fly by of every planet in our solar system, or as complexed as assessing photographs of the inmost known space items. The map likewise lets you look at any component of the sky in a lot of light wavelengths, including infrared and X-ray.

After the trial, I took a trip of a scale model of the James Webb Area Telescope, which is because of introduce in 2018. The telescope has to do with 100 times more effective than Hubble and about seven times as huge. It consists of a 21-foot reflective mirror and a slew of instruments to research the sky.

NASA intends to look with dust clouds bordering the formation of celebrities using the onboard infrared instruments to lastly see how stars are born and to look far enough through deep space that they will get a much better sense of how all this madness is shaped. It will additionally have the ability to detect water vapor in environments outside our solar system, and where there is water, there ’ s a considerable possibility at life.

(mind = blown).

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Astronomers at the Herschel area observatory have found some of the youngest celebrities ever before seen, NASA reports. With observations from the Herschel telescope in addition to the Spitzer Space Telescope and the Atacama Pathfinder Experiment (APEX) in Chile, researchers were able to detect 15 protostars– the most significant group of such young stars in a single star-forming region. This discovery came during a survey of a stellar formation located in the constellation Orion, with Herschel identifying the bodies in far-infrared-light and the APEX ground telescope validating the stars’ presence with electromagnetic radiation observations.

This discovery is particularly exciting not simply due to the fact that protostars are particularly difficult to spot due to the thick layers of gas and dust that border them, however additionally since it shows that astronomers are getting closer to charting the complete life cycle of a celebrity, beginning at the moment of its birth.

Filed under: Science, AltCommentsSource: Jet PropulsionLab