King crimson
Confusion Will Be My Epitaph
- Location
- Los Angeles
So sorry I'm a bit slow. An update will occur today I promise. I'm closing the vote at 9 and hope to get an update up at 10 pm PST
TLDR: Right now you know that kryptonite radiation seems to behave similar to sunlight and thus can be blocked in a similar manner but its energy out put when undergoing a reaction spurred by exciting the substance suggests otherwise and you don't have the tools to measure that quite yet.
I hope that explanation helps clarify things. I am not an expert of radiation so my understanding of how kryptonite should function might be a little flawed.
So my understanding of radiation might not be enough to answer the first question all that well. So from what I understand of the subject, Kryptonite is a weird mix of ionizing radiation and it would technically be a mix of cosmic and beta rays (It doesn't function quite like either one of them. You can detect occasional free electrons being dislodged from the substance but the amount of energy released doesn't match up to just electron removal and indicates that some other type of particle is being hyper accelerated to the point where you cannot observe it with the equipment you have, thus making it a bizarre mix of cosmic and beta radiation). You can detect how it interacts with other objects but you need to study it further to get the tools to deal with the non-electron side of it. Right now most of your knowledge on how it reacts is in the beta ray portion which seems to indicate that it cannot penetrate substances all that well.@King crimson , have we definitively detected any kind of radiation from kryptonite whatsoever beyond "it emits green light?" Even if we don't know how it works, can we detect it interacting with some other material or instrument?
TLDR: Right now you know that kryptonite radiation seems to behave similar to sunlight and thus can be blocked in a similar manner but its energy out put when undergoing a reaction spurred by exciting the substance suggests otherwise and you don't have the tools to measure that quite yet.
I hope that explanation helps clarify things. I am not an expert of radiation so my understanding of how kryptonite should function might be a little flawed.