It's interesting to consider this paired against how technologically primitive we ostensibly must be, given that digital computers didn't even exist 90 years ago.
It's interesting to consider this paired against how technologically primitive we ostensibly must be, given that digital computers didn't even exist 90 years ago.
The only weird one is quantum entanglement, but even then information transfer doesn't travel faster than light and that's about all I know on that subject.
For anyone wondering why that is, I found this explanation super interesting:
https://www.forbes.com/sites/startswithabang/2020/01/02/no-w...
In short, the only information you gain is about the outcome of the other side's measurement. They cannot introduce information into the particle, and thus can't transmit information. The only thing you learn is what you already knew: the other particle had a 50% chance of being in one state or another, with the added fact that it's now correlated to your particle with a 75% (depending on experiment) chance. This is information that didn't exist until that moment, so it couldn't have been sent out and reach you before you measure your particle, which would inform you with 75% certainty how your particle would act and break causality.
The universe expands faster than light. So this expansion is not a physical effect?