Faster than the speed of light

AI Thread Summary
The discussion centers on the Pauli exclusion principle and its implications for information transfer between electrons. It raises the question of whether this principle could enable the transmission of binary code faster than the speed of light by utilizing electron spins. However, participants clarify that the Pauli exclusion principle does not support such faster-than-light communication. The conversation also references related topics in quantum physics, such as entanglement and the Bell theorem, to emphasize the complexities involved. Ultimately, the consensus is that faster-than-light information transfer remains impossible according to current scientific understanding.
nolanp2
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pauli's exclusion principle implies information can be transferred between electrons faster than the speed of light right? so could this principle be used to send other info faster than the speed of light, like by converting the positive and negative spins into 0s and 1s and hence be able to send binary code faster than the speed of light? or is there some reason for this being impossible?
 
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Pauli exclusion principle does not imply that at all!

Please go to the Quantum Physics forums and browse through MANY of the previous discussion on entanglement, Bell theorem, EPR experiments, etc.

Zz.
 
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