Innerworld@lemmy.world to Engineering@sh.itjust.worksEnglish · 17 days agoPalm-sized magnet reaches 42 tesla, approaching the strength of the world’s most powerful magnets while using a few thousand times less power and over 1,000 times smaller coil volumesinterestingengineering.comexternal-linkmessage-square33fedilinkarrow-up174arrow-down10
arrow-up174arrow-down1external-linkPalm-sized magnet reaches 42 tesla, approaching the strength of the world’s most powerful magnets while using a few thousand times less power and over 1,000 times smaller coil volumesinterestingengineering.comInnerworld@lemmy.world to Engineering@sh.itjust.worksEnglish · 17 days agomessage-square33fedilink
minus-squareSkyrmir@lemmy.worldlinkfedilinkEnglisharrow-up4·16 days agoMore torque per weight of motor, or more power generated per torque applied to it.
minus-squaregandalf_der_12te@discuss.tchncs.delinkfedilinkarrow-up1·edit-216 days agoi see so just more lightweight motors/generators then. which makes sense considering that magnets are the functional part of the device and everything else is just there to provide mechanical stability.
minus-squareironeagl@sh.itjust.workslinkfedilinkarrow-up1·16 days agoAlso better efficency. If you’re throwing 10% of your output power just heating up a regular motor, then you grt a 10% boost using a superconducting motor. Or something like that.
More torque per weight of motor, or more power generated per torque applied to it.
i see so just more lightweight motors/generators then.
which makes sense considering that magnets are the functional part of the device and everything else is just there to provide mechanical stability.
Also better efficency. If you’re throwing 10% of your output power just heating up a regular motor, then you grt a 10% boost using a superconducting motor. Or something like that.