Quantum Entanglement Communication

In summary, entangled particles cannot communicate or transfer information between each other, even if one is inside a black hole. The concept of communication within a black hole falls under General Relativity and is not within the scope of quantum physics. Once a particle enters a black hole, it becomes entangled with it, rendering the question meaningless.
  • #1
Alex299792458
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Can two entangled particles communicate or tell the other particle which quantum state it sould go in if one particle is in a black hole and if so can they communicate if both are inside a black hole?
 
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  • #2
Alex299792458 said:
Can two entangled particles communicate or tell the other particle which quantum state it sould go in if one particle is in a black hole and if so can they communicate if both are inside a black hole?

No information is transferred between separated entangled particles that could be construed as communication.

The black hole aspect to your question isn't within the scope of quantum physics, but in General Relativity, from the perspective of the distant particle, the other particle approaches but never crosses the apparent event horizon. From the perspective of the infalling particle, the laws of physics breakdown as it approaches the singularity, so all bets are off.
 
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  • #3
Alex299792458 said:
Can two entangled particles communicate or tell the other particle which quantum state it sould go in if one particle is in a black hole and if so can they communicate if both are inside a black hole?

Once one particle enters the black hole it would likely become entangled with that so the question is meaningless.

Thanks
Bill
 

1. What is quantum entanglement communication?

Quantum entanglement communication is a method of transmitting information between two or more parties using quantum entangled particles. This means that the particles are connected in such a way that any change in one particle will be reflected in the other, regardless of the distance between them.

2. How does quantum entanglement communication work?

In quantum entanglement communication, two particles are first entangled, meaning they become connected in a way that their states are linked. Then, one particle is sent to the sender and the other to the receiver. Any changes made to one particle will be instantly reflected in the other, allowing for the transmission of information between the parties.

3. What are the potential applications of quantum entanglement communication?

Quantum entanglement communication has potential applications in secure communication, quantum computing, and teleportation. It can also be used in creating quantum networks for faster and more efficient data transfer.

4. Is quantum entanglement communication faster than traditional communication methods?

Yes, quantum entanglement communication is faster than traditional communication methods. This is because there is no need for physical transmission of signals, and any changes in one particle are instantly reflected in the other regardless of distance.

5. Are there any challenges or limitations to quantum entanglement communication?

One of the main challenges of quantum entanglement communication is maintaining the entanglement over long distances due to environmental disturbances. Additionally, the technology for creating and manipulating quantum entangled particles is still in its early stages, making it difficult to implement on a large scale. However, research in this field is ongoing and advancements are being made to overcome these challenges.

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