Episode Synopsis "PhysicsFM - Quantum Paradoxes 5 - Modular Variables - Randy Morrison and Jim Rantschler"

Randy and Jim discuss modular variables and how looking at an infinite number of slits in a diffraction grating can better elucidate the process of quantum interference than the two-slit experiment.

Listen "PhysicsFM - Quantum Paradoxes 5 - Modular Variables - Randy Morrison and Jim Rantschler"

More episodes of the podcast PhysicsFM

• Episode 5: Counting Unvierses
• Entropy v. Entropy
• The Machine in the Ghost
• Itty Bitty Physics
• The Quantum Bookie
• PhysicsFM - Intermission - Quantum Metaphysics
• PhysicsFM - Quantum Paradoxes 9 - Quantum Cats
• PhysicsFM - Quantum Paradoxes 8 - Measurement and Compensation
• PhysicsFM - Quantum Paradoxes 7 - Quantum Measurements - Jim Rantschler and Randy Morrison
• PhysicsFM - Quantum Paradoxes 6 - Nonlocality and Causality - Randy Morrison and Jim Rantschler
• PhysicsFM - Quantum Paradoxes 5 - Modular Variables - Randy Morrison and Jim Rantschler
• PhysicsFM - Quantum Paradoxes 4 - Phases and Gauges - Randy Morrison and Jim Rantschler
• PhysicsFM - Quantum Paradoxes 3 - Is Quantum Theory Complete? - Randy Morrison and Jim Rantschler
• PhysicsFM - Quantum Paradoxes 2 - How to Weigh a Quantum - Randy Morrison and Jim Rantschler
• PhysicsFM - Quantum Paradoxes 1 - The Uses of Paradox - Randy Morrison and Jim Rantschler