Can multicellular life be sustained with gamma rays?

AI Thread Summary
The discussion centers on the possibility of multicellular life forms, like fungi, deriving energy from gamma rays, similar to certain bacteria that thrive in nuclear environments. Participants express skepticism about the claim that any life forms can convert gamma rays into usable energy, noting that while some bacteria are resistant to ionizing radiation, the damage caused by such radiation typically precludes energy conversion. A key point is the mention of radiotrophic fungi, which can utilize ionizing radiation for energy, highlighting a potential avenue for understanding how life could exist in extreme environments. The conversation emphasizes the need for further exploration of mechanisms that might allow life to harness energy from radiation, suggesting implications for the potential for life in diverse parts of the universe.
Nightvid Cole
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If there are bacteria that can get their energy from gamma rays (thus thriving on nuclear reactors), can multicellular life do it too?

If so, wouldn't that broaden the parts of the universe where life could arise?
 
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Nightvid Cole said:
there are bacteria that can get their energy from gamma rays (thus thriving on nuclear reactors)
Is this true? Do you have a source for this claim? There are certainly bacteria that are quite resistant to ionizing radiation, but none that I know can convert gamma rays into useable energy.
 
I agree, I think there is a big "IF" in that first sentence. I've never heard of such a thing either. Ionizing radiation tends to do too much damage on the microscopic level to be useful. Maybe there's a mechanism for converting reactive oxygen species into useful energy?
 
Popular article referring to the BA.2 variant: Popular article: (many words, little data) https://www.cnn.com/2022/02/17/health/ba-2-covid-severity/index.html Preprint article referring to the BA.2 variant: Preprint article: (At 52 pages, too many words!) https://www.biorxiv.org/content/10.1101/2022.02.14.480335v1.full.pdf [edited 1hr. after posting: Added preprint Abstract] Cheers, Tom

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