Using Wolfgang Pauli's Exclusion Principle for communication

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SUMMARY

The discussion centers on the feasibility of using the spin of entangled subatomic particles for digital communication and energy transfer. Participants assert that while the concept of spinning sister particles to convey information is intriguing, it is fundamentally flawed due to the random nature of particle spin. The consensus is that any attempt to measure or manipulate the spin of entangled particles disrupts their entanglement, making reliable communication or energy transfer impossible. Thus, the application of Wolfgang Pauli's Exclusion Principle in this context is deemed unviable.

PREREQUISITES
  • Understanding of quantum entanglement and its implications
  • Familiarity with Wolfgang Pauli's Exclusion Principle
  • Knowledge of subatomic particle behavior and spin
  • Basic principles of quantum mechanics and measurement theory
NEXT STEPS
  • Research quantum entanglement and its limitations in communication
  • Explore the implications of the Pauli Exclusion Principle in quantum mechanics
  • Study the behavior of subatomic particles and their spin properties
  • Investigate alternative methods of quantum communication, such as quantum key distribution
USEFUL FOR

Physicists, quantum computing researchers, and anyone interested in the theoretical aspects of quantum communication and energy transfer.

philrainey
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has anyone worked on using the spin of certain sister pairs of subatomic particles as digital communication that is that to have a device that spins one sister particle one way or another, that spins its sister particle in a receiver on the other side of the world or universe where a sensors detects the spin and turns it into digital communication. Or what about using it to transfer energy say from a probe collecting solar energy somehow using this energy to spin one sister particle and the energy been havested from the spin of the other sister particle say on earth?
 
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That is not possible, not even in theory.
Even if you have entangled particles, every measurement or interaction to fix/chance its state in a way the receiver could notice breaks entanglement.
 
philrainey said:
has anyone worked on using the spin of certain sister pairs of subatomic particles as digital communication that is that to have a device that spins one sister particle one way or another, that spins its sister particle in a receiver on the other side of the world or universe where a sensors detects the spin and turns it into digital communication. Or what about using it to transfer energy say from a probe collecting solar energy somehow using this energy to spin one sister particle and the energy been havested from the spin of the other sister particle say on earth?

In addition to what has already been mentioned:

The result of the spin is random, (unpredictable/un-controlable), thus ("useful") information cannot be transfered.
 

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