- #1

LarryS

Gold Member

- 349

- 33

- TL;DR Summary
- What happens during a quantum measurement under Heisenberg picture?

When a quantum measurement occurs under the Schrodinger picture, the wave function collapses to one of the eigenvectors of the operator-observable and the value measured is the corresponding eigenvalue of that eigenvector. What happens during a quantum measurement under the Heisenberg picture where the operator assumes the full time-dependence?

Thanks in advance.

Thanks in advance.