Alexander A. Klyachko
Published 2013-11-23Version 1
According to Heisenberg ferrmagnetism stems from the Pauli magic mediating between Coulomb interaction and electrons' spins. The primary aim of the paper is to turn the magic into an algebra by setting a precise bound to the degree a given electron density can affect spins. An application of the resulting spin-orbital Pauli constraints to Fe, Co, and Ni provides a new insight into the origin of magnetic moments in this archetypical ferromagnets.
On the Torus Quantization of Two Anyons with Coulomb Interaction in a Magnetic Field
Pauli principle in polaritonic chemistry
A Manybody Formalism for Fermions, Enforcing the Pauli Principle on Paper
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