Explicit derivation of the Pauli spin matrices from the Jones vector
Jairo Alonso Mendoza Su\'arez, Hernando Gonzalez Sierra, Francis, Segovia-Chaves

TL;DR
This paper derives the Pauli spin matrices explicitly from Jones vectors using dyadic tensor representations and anti-commutation relations, providing a clear mathematical connection between polarization optics and quantum spin operators.
Contribution
It introduces a direct derivation of Pauli matrices from Jones vector formalism, bridging optics and quantum mechanics in a novel way.
Findings
Explicit derivation of Pauli matrices from Jones vectors
Establishment of tensorial relations and anti-commutation properties
Enhanced understanding of the mathematical link between optics and quantum spin
Abstract
Using dyadic representations elaborated from vectors of Jones, and calculating relations of anti-commutation of these tensorial forms, we obtain in shape explicit the Pauli spin matrices.
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Taxonomy
TopicsQuantum and Classical Electrodynamics · Quantum chaos and dynamical systems · Matrix Theory and Algorithms
