𒉀TheGuyTM3𒉁 to Asklemmy@lemmy.mlEnglish • 2 months agoWhy would'nt this work?lemmy.mlimagemessage-square228fedilinkarrow-up1556file-text
arrow-up1556imageWhy would'nt this work?lemmy.ml𒉀TheGuyTM3𒉁 to Asklemmy@lemmy.mlEnglish • 2 months agomessage-square228fedilinkfile-text
It can look dumb, but I always had this question as a kid, what physical principles would prevent this?
minus-squareMaxMalRichtiglinkfedilink2•2 months agoThat’s a great guess when you try to answer the problem with traditional (Newtonian) physics. However, space and time do not behave in a way we would expect when we go nearly at light speed. So Newtonian laws do not apply in the same sense anymore.
minus-square@ReakDuck@lemmy.mllinkfedilink1•2 months agoHmmm. Is there an answer/solution to the problem?
That’s a great guess when you try to answer the problem with traditional (Newtonian) physics. However, space and time do not behave in a way we would expect when we go nearly at light speed. So Newtonian laws do not apply in the same sense anymore.
Hmmm. Is there an answer/solution to the problem?