SUMMARY
The discussion centers on seeking a quantum derivation of the Law of Malus and its relation to photon interactions with birefringent crystals. The Law of Malus is acknowledged as a consequence of standard quantum mechanics (QM), particularly in the context of experiments testing Bell and Leggett inequalities. The inquiry suggests that understanding this derivation may involve concepts from Solid State Physics or S-Matrix theory. Additionally, the simplest model of light polarization is noted to be explained through wire-grid polarizers, although this may not meet the quantum criteria sought by the original poster.
PREREQUISITES
- Understanding of Quantum Mechanics (QM) principles
- Familiarity with the Law of Malus
- Basic knowledge of Solid State Physics
- Concepts related to S-Matrix theory
NEXT STEPS
- Research quantum derivations of the Law of Malus
- Explore photon interactions with birefringent crystals
- Study Solid State Physics techniques relevant to photon energy absorption
- Investigate S-Matrix theory applications in quantum optics
USEFUL FOR
Physicists, quantum mechanics researchers, and students interested in the quantum foundations of light polarization and the implications of the Law of Malus in experimental physics.