@rubbercrumbs@Alicoh1@ZimmerHandcraft If you throw out everything we know about physics then anything is possible, but at that point I might as well say there's a chance that we discover unicorns in the future so I can keep hoping for one
@YetiMoose@johndrewmarkley Because it doesn't. By the nature of a pair of states being entangled, if you measure it you don't know what you're going to get. This necessitates a light-speed (or slower) classical communication from the sender to the receiver in order for the receiver to know what 1/2
@thestinkeye@johndrewmarkley The problem with quantum entanglement is that it necessitates a classical (like a radio wave or other light-speed communication) communication in order for the sender to tell the receiver what operations to apply to their state in order to get the desired state
@rubbercrumbs@Alicoh1@ZimmerHandcraft tell the receiving party what the sending party measured, meaning that the actual information transfer is still limited by the speed of light.
@rubbercrumbs@Alicoh1@ZimmerHandcraft By the nature of a pair of quantum states being entangled, you don't know what you're going to get when you observe it, meaning that any quantum teleportation protocol necessarily involves some sort of classical (speed of light like radio) communication in order to 1/2
@prettycritical I know one of my friends in high school got a fee waiver for applications so he would apply to tens of lower-end schools that didn't require essays just to get stickers in the mail lmao