Hasta La Gadget!

This beautifully bright, light-year-long heap of gas and dust particles was caught by the Hubble telescope hurtling through space on its way to becoming a star some 4,500-odd light years away. And this little cosmic caterpillar-that-could is all the more incredible when you know what it’s fighting against.

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No matter how wry your sense of humor or how pessimistic your outlook, you have to give into your human capacity for awe at some point. And it might as well be now because this photo is amazing. The spiral galaxy, M74, consists of about 100 billion stars and is 32 million light-years away if you’re headed toward Pisces. And I think I can speak for everyone when I say that we wish we were.

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These striking images might only just look like faces—but that’s OK, because they’re made up of images acquired by the Hubble space telescope.

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While exoplanets are seemingly a dime a dozen, their looks have been mysteries; they often exist only as measurements. Scientists using the Hubble Space Telescope have partly solved that riddle by pinpointing the visible color of an extrasolar world for the first time. By measuring reflected light, they can tell that HD 189733b (conceptualized above) is a cobalt blue, much like Earth’s oceans. Not that we can claim much kinship, though. The planet is a gas giant 63 light-years away — its blue tint comes from an atmosphere likely full of deadly silicate. As disappointing as that may be, the discovery should at least help us understand planet types that don’t exist in the Solar System.

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Source: ESA

What’s a spacecraft need wings for? Packaging, of course. The James Webb Space telescope relies on a 21 foot diameter backplane mirror to steady it, but the assembly needs to fit inside of a 16.5 foot fairing to ride the rocket to the stars. A tight fit, to say the least. Fortunately, NASA technicians have just finished the mirror backplate support structure, a folding wing assembly designed with to safely collapse the beryllium mirror during flight, and expand it again in orbit. “This is another milestone that helps move Webb closer to its launch date in 2018,” remarked Geoff Yoder, the program’s director. Now that the wing assembly is finished, the team can focus on the support fixture for the instrument model, which will complete major construction and allow technicians to connect the finished pieces. We’ll miss old Hubble, sure, but we’re happy to see its successor pulling things together all the same.

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Source: PhysOrg