Can the quantum wave functions of entangled systems be objects that exist in
normal three-dimensional space?
Answers
Answered by
1
A: Yes. The wave functions are objects in normal three-dimensional space, and
the entanglement and nonlocal correlations between objects are arranged by the
application of conservation laws at the vertices of the final transaction
Answered by
0
Answer:
Can the quantum wave functions of entangled systems be objects that exist in
normal three-dimensional space?
Explanation:
Can the quantum wave functions of entangled systems be objects that exist in
normal three-dimensional space?
Similar questions