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A single-celled organism that can live on material from a meteorite
- dilippkumar 7y ago“Scientists fed Metallosphaera sedula (an archaea) a meteorite (An H5 ordinary chondrite). It thrived” M Sedula: https://en.m.wikipedia.org/wiki/Metallosphaera_sedula https://en.m.wikipedia.org/wiki/Metallosphaera_sedula Chondrite: https://en.m.wikipedia.org/wiki/Chondrite https://en.m.wikipedia.org/wiki/Chondrite Nature article: https://www.nature.com/articles/s41598-019-54482-7 https://www.nature.com/articles/s41598-019-54482-7
- codeulike 7y agoThat headline is stretching so hard it might injure itaelf
- mirimir 7y agoI hate science writing like this. Seriously, people don't need baby talk.
- wayoutthere 7y agoIt’s Vice — it’s more of a culture outlet so most of their reporting is clickbaity — but the science stuff is particularly bad.
- kemonocode 7y ago"Dancing" may be an exaggeration considering that just looks like Brownian motion to me. Heck, if you told me that was an inert slide, I'd have believed it.
- twic 7y agoSpace metal? Like, Gloryhammer? To be fair, i'd probably start dancing too.
- azeirah 7y agoThe article is vague about the significance of the bacteria being able to thrive on the meteorites. Are these metals rare on Earth? Was it unexpected that the bacteria could survive on the meteorite?
- derekp7 7y agoIt supports the possibility of panspermia.
- coldcode 7y agoThat page is choked by so many ads so I went to Safari Reader view - and saw a completely different article. Reading on the web is so irritating these days.
- inportb 7y agoSame with reader view in Firefox. You get the contents of the next related article, "Scientists Found a Planet Orbiting a Dead Star, a Glimpse Into Our Future." If you refreshed while in reader view, you could see the original article in reader view.