Ground State Structure of a Coupled 2-Fermion System in Supersymmetric Quantum Mechanics
Felix Finster (Harvard University, Department of Mathematics)
TL;DR
This paper proves the unique ground state of a supersymmetric quantum system with two fermions and bosons, providing detailed insights into its structure, which is related to the N=1 WZ-model.
Contribution
It offers a constructive proof of ground state uniqueness and detailed characterization for a specific supersymmetric quantum system.
Findings
Proves the uniqueness of the ground state.
Provides a detailed description of the ground state structure.
Connects the system to the N=1 WZ-model.
Abstract
We prove the uniqueness of the ground state for a supersymmetric quantum mechanical system of two fermions and two bosons, which is closely related to the N=1 WZ-model. The proof is constructive and gives detailed information on what the ground state looks like.
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