floofloof@lemmy.ca to Technology@lemmy.mlEnglish · 2 years agoUS scientists achieve net energy gain for second time in a fusion reactionwww.theguardian.comexternal-linkmessage-square45fedilinkarrow-up1498arrow-down113cross-posted to: tech@kbin.socialtechnology@beehaw.orgscience@beehaw.orgscience@lemmy.mltechnology@lemmy.worldtechnology@beehaw.orgtechnology@lemmy.worldtechnology@kbin.social
arrow-up1485arrow-down1external-linkUS scientists achieve net energy gain for second time in a fusion reactionwww.theguardian.comfloofloof@lemmy.ca to Technology@lemmy.mlEnglish · 2 years agomessage-square45fedilinkcross-posted to: tech@kbin.socialtechnology@beehaw.orgscience@beehaw.orgscience@lemmy.mltechnology@lemmy.worldtechnology@beehaw.orgtechnology@lemmy.worldtechnology@kbin.social
minus-squareyimby@lemmy.calinkfedilinkarrow-up13·2 years agoEinstein’s most famous equation relates mass and energy: E=mc^2 . So, if you’re not matter (mass), you’re energy. Which, by the way, is how we make energy in fusion reactions, converting mass to energy.
minus-squarerandint@lemm.eelinkfedilinkarrow-up1·2 years agoAhh so that’s what it means. I was trying to think of what sounds like “energy” and could also fit in this sentence.
minus-squareWasPentalive@beehaw.orglinkfedilinkarrow-up1·2 years agoFission too. I personally have both mass (more than I want) and energy (Not as much as I would like).
Einstein’s most famous equation relates mass and energy: E=mc^2 . So, if you’re not matter (mass), you’re energy. Which, by the way, is how we make energy in fusion reactions, converting mass to energy.
Ahh so that’s what it means. I was trying to think of what sounds like “energy” and could also fit in this sentence.
Fission too. I personally have both mass (more than I want) and energy (Not as much as I would like).