Diagnostic Tomography of Applied Holography
D.V.Khveshchenko

TL;DR
This paper explores a holographic approach to understanding the behavior of multi-species Fermi gases in one dimension, revealing boundary dynamics that challenge the notion of a full holographic duality.
Contribution
It introduces a 'tomographic' holographic framework for Fermi gases and clarifies the topological nature of the bulk theory, emphasizing boundary dynamics over bulk dynamics.
Findings
Boundary dynamics dominate due to topological bulk nature
Formal holographic correspondence does not imply a genuine duality
Framework applies to strongly interacting multi-species Fermi gases
Abstract
The single-particle behavior in -dimensional Fermi gases with a large number of species and strong short-range -wave scattering is discussed in the 'tomographic' framework of a (pseudo)holographic correspondence with a certain gravity of the type. However, due to the intrinsically topological nature of such a bulk theory its dynamics reduces to a purely boundary one and so, akin to its counterpart, this formal correspondence neither represents a genuine case of, nor endorses the hypothetical generalized holographic duality.
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Atomic and Subatomic Physics Research · Quantum Chromodynamics and Particle Interactions
