nelson@lemmy.sdf.org to Futurology@futurology.todayEnglish · edit-27 months agoMIT researchers discover "photomolecular effect": light alone can evaporate water without heat, a previously unknown physics phenomenon that could enable new technologiesnews.mit.eduexternal-linkmessage-square7fedilinkarrow-up1102arrow-down10cross-posted to: worldnews@lemmy.mlscience@lemmygrad.mlscience@lemmy.mltezka_abhyayarshini@lemmy.todayfuturology@futurology.today
arrow-up1102arrow-down1external-linkMIT researchers discover "photomolecular effect": light alone can evaporate water without heat, a previously unknown physics phenomenon that could enable new technologiesnews.mit.edunelson@lemmy.sdf.org to Futurology@futurology.todayEnglish · edit-27 months agomessage-square7fedilinkcross-posted to: worldnews@lemmy.mlscience@lemmygrad.mlscience@lemmy.mltezka_abhyayarshini@lemmy.todayfuturology@futurology.today
minus-squareDubiousx99@lemmy.worldlinkfedilinkEnglisharrow-up16·7 months agoI wonder if it could be used to improve desalination techniques.
minus-squarewyrmroot@programming.devlinkfedilinkEnglisharrow-up22·7 months agoWas fully prepared for the answer to this to be that a couple extra molecules evaporating don’t make a big difference, but: Under the optimum conditions of color, angle, and polarization, Lv says, “the evaporation rate is four times the thermal limit.” That sounds legitimately exciting!
I wonder if it could be used to improve desalination techniques.
Was fully prepared for the answer to this to be that a couple extra molecules evaporating don’t make a big difference, but:
That sounds legitimately exciting!