Molecular rotation of plane-polarized light involves specific quantum-level interactions with asymmetric polarizability
the verdict
SUPPORTED
the evidence backs this
confidence 90/100
The molecular rotation of plane-polarized light is well established by quantum chemistry and polarizability theory to arise from specific electronic interactions in chiral structures.
Evidence for · 3
Optical rotation: Recent advances in determining the absolute configuration
2002 · cited by 264
Reviews how modern quantum mechanics underpins the calculation and understanding of optical rotation in chiral molecules.
See more details
More for · 2
On the polarizability theory of optical rotation
1973 · cited by 81
Derives optical rotation equations explicitly using molecular polarizability and quantum mechanical perturbation approaches.
First Principles Simulations of Optical Rotation of Chiral Molecular Crystals
2024 · cited by 3
Demonstrates first-principles simulations of optical rotation in chiral molecular crystals using quantum mechanical density functional theory.