- #1
Andyhs
- 2
- 0
- TL;DR Summary
- Entanglement query
1) Entanglement is about the behaviour of a particle can be determined by measurement of the behaviour of another particle.
At some website, it explains that the reason behind is due to conservation of momentum. When a particle is split into two particles (say particle A and particle B), the total momentum of the particles should be same as the momentum of the original particle.
My query is when we measure the status of such a small particle (say particle A), the momentum of the particle A should be affected.
Then, how can we conclude the status of particle B ?
2) In real time life application of Entanglement (say for encrypted communication), how can we make two particles which are far in distance be entangled ?
At some website, it explains that the reason behind is due to conservation of momentum. When a particle is split into two particles (say particle A and particle B), the total momentum of the particles should be same as the momentum of the original particle.
My query is when we measure the status of such a small particle (say particle A), the momentum of the particle A should be affected.
Then, how can we conclude the status of particle B ?
2) In real time life application of Entanglement (say for encrypted communication), how can we make two particles which are far in distance be entangled ?