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The Hubble Space Telescope should be back in action soon, following a tricky, remote repair job by NASA.

The orbiting observatory went dark in mid-June, with all astronomical viewing halted.

NASA initially suspected a 1980s-era computer as the source of the problem. But after the backup payload computer also failed, flight controllers at Maryland’s Goddard Space Flight Center focused on the science instruments’ bigger and more encompassing command and data unit, installed by spacewalking astronauts in 2009.

Engineers successfully switched to the backup equipment Thursday, and the crucial payload computer kicked in. NASA said Friday that science observations should resume quickly, if everything goes well.

A similar switch took place in 2008 after part of the older system failed.

“Congrats to the team!” NASA’s science mission chief Thomas Zurbuchen tweeted.

Launched in 1990, Hubble has made more than 1.5 million observations of the universe. NASA launched five repair missions to the telescope during the space shuttle program. The final tuneup was in 2009.

NASA plans to launch Hubble’s successor, the James Webb Space Telescope, by year’s end.


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New Shortcut Lets Scientists Run Complex Quantum Models on a Laptop

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A University at Buffalo team has redesigned the truncated Wigner approximation into an easy, plug-and-play template that lets scientists run complex quantum simulations on everyday laptops. The method works for open systems, slashes computing demands, and helps free supercomputers for the hardest quantum problems.

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Glaciers Speed Up in Summer and Slow in Winter, New Global Map Reveals

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A new global map of glacier speeds, built from nearly a decade of satellite observations, shows that glaciers consistently move faster in summer and slower in winter. Meltwater acts as a natural lubricant, accelerating flow during warm months. Scientists warn that glaciers with strong seasonal shifts are likely to speed up long-term, adding to future sea-level rise.

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Engineers Turn Lobster Shells Into Robot Parts That Lift, Grip and Swim

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Engineers have transformed discarded crustacean shells into functional biohybrid robots by softening the shell segments, adding elastomers, and attaching motors. These recycled structures can lift weight, grasp delicate items, and even propel small swimmers. The project demonstrates how food waste can become a sustainable robotics resource, though challenges remain wi…

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