- #1
Kinker
- 18
- 1
- TL;DR Summary
- Gravity is a force that exists everywhere and does not act stochastically, but acts continuously forever. Does gravity, this force, cause quantum decoherence?
Does gravity cause quantum decoherence?
In the microscopic world, gravity seems to act weakly, but in the macroscopic world, it seems to act strongly. Is this the boundary between the microscopic world and the macroscopic world?
So a phenomenon like quantum tunneling can occur in the microscopic world, but is it impossible in the macroscopic world?
In the microscopic world, gravity seems to act weakly, but in the macroscopic world, it seems to act strongly. Is this the boundary between the microscopic world and the macroscopic world?
So a phenomenon like quantum tunneling can occur in the microscopic world, but is it impossible in the macroscopic world?