Skip to main content
edited tags
Link
drewdles
  • 1.2k
  • 7
  • 23
added 55 characters in body
Source Link
drewdles
  • 1.2k
  • 7
  • 23

In non-relativistic Quantum Mechanics how does one write the momentum and position operator in a non-inertial reference frame? How is the Schrodinger Wave equation modified to account for non-zero acceleration? Does the commutation relation $px-xp= - i \hbar$ hold?

In non-relativistic Quantum Mechanics how does one write the momentum and position operator in a non-inertial reference frame? How is the Schrodinger Wave equation modified to account for non-zero acceleration?

In non-relativistic Quantum Mechanics how does one write the momentum and position operator in a non-inertial reference frame? How is the Schrodinger Wave equation modified to account for non-zero acceleration? Does the commutation relation $px-xp= - i \hbar$ hold?

Source Link
drewdles
  • 1.2k
  • 7
  • 23

Quantum Mechanics in a non-inertial reference frame?

In non-relativistic Quantum Mechanics how does one write the momentum and position operator in a non-inertial reference frame? How is the Schrodinger Wave equation modified to account for non-zero acceleration?