Powerful Optical Telescope Captures First Binocular Images

The Large Binocular Telescope consists of two 8.4-meter mirrors which function in tandem to provide resolution greater than that of the Hubble Telescope. The LBT's first "binocular" images were captured recently, marking the end to a long and laborious construction process. We previously discussed the LBT when images were captured from the first mirror to be installed. Quoting: "The LBT ... will combine light to produce the image sharpness equivalent to a single 22.8-meter (75-foot) telescope. 'To have a fully functioning binocular telescope is not only a time for celebration here at LBT, but also for the entire astronomy community,' UA Steward Observatory Director, Regents' Professor and LBT Corp. President Peter A. Strittmatter said. 'The images that this telescope will produce will be like none seen before. The power and clarity of this machine is in a class of its own. It will provide unmatched ability to peer into history, seeing the birth of the universe.'"

ya .... so, where's the wallpaper?

[Anonymous Coward]

I can only hope the astronomy community will remember where its funding comes from and repay us with many more downloadable images in wallpaper resolutions.

Personally, I can't think of a better way to promote space, oh, wait, except maybe a real space station ,,,

Re:Obviation of space borne telescopes?

[budgenator]

Even when the skies are clear, it's getting pretty hard to find skies that are Dark [wikimedia.org]; it doesn't take much light pollution to wipe out a 3 day exposure to see some really faint object. You have to find a location that typically has clear skies, is high enough to get you above most of the atmospheric turbulence, has dark skies and isn't likely to have a housing subdivision built next door two years after you put a multi-billion dollars instrument into service.

Re:Been done

[hey!]

You can't use a TARDIS to witness the birth of the universe any more than you can use an airplane to see what's north of the North Pole.