TL;DR
This paper presents a method to derive mean field single particle Hamiltonians from many-body fermionic wave functions, enabling a non-interacting approximation of complex quantum systems.
Contribution
It introduces a novel approach to extract mean field Hamiltonians directly from many-body wave functions, bridging complex interactions and simplified models.
Findings
Enables non-interacting descriptions of fermionic systems.
Provides a framework for analyzing many-body wave functions.
Facilitates understanding of mean field approximations.
Abstract
In this work we discuss the extraction of mean field single particle Hamiltonians from a many body wave function of a fermionic system. It allows us to discuss the result of a many particle wave function in terms of a non-interacting description.
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