Could the kinetic energy of space junk be recycled?

AI Thread Summary
The discussion centers on the potential to recycle the kinetic energy of space junk, both natural and man-made, rather than allowing it to burn up in the atmosphere. The poster argues that advances in materials engineering and astronautics make this idea worth exploring, despite skepticism from others. They emphasize the significant energy contained in both large and small debris, suggesting that it would be wasteful to disregard this resource. The concept is likened to the hypothetical Halo Drive, which aims to harness kinetic energy for space travel. The poster believes that even if this is a theoretical idea, it merits investigation for its plausibility.
HammerAndChisel
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First time poster here, and I need some experts to weigh in on a debate that I'm having on the Skeptics Guide to the Universe forum, here (https://sguforums.com/index.php/topic,51110.0/topicseen.html ). In my opinion, a few of the other posters are being pessimistic.

Given recent advances in areas like materials engineering and the apparent direction that astronautics is heading, am I wrong to be optimistic about our ability to recycle the potential energy of space debris, natural and man made, as well as the debris itself? Some of that debris is relatively large, but even the small pieces are moving with tremendous kinetic energy.

It seems like an awful waste to have spent so much time and capital to get that stuff up to speed, only to eventually decide to let it all burn up in the atmosphere.

Is it at least worth researching? I'm assuming this is a hypothetical idea at best, but I hate the thought of throwing out any hypothesis without at least testing it for plausibility.

BTW, all of this occurred to me after listening to a report on the hypothetical Halo Drive (https://www.space.com/halo-drive-black-holes-galaxy-travel.html), which would harness the kinetic energy of laser or particle beams. Incorporating the kinetic energy of objects already in orbit, as I'm suggesting, is simply a vastly scaled down version of that.
 
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