Non-supersymmetric duality cascade of bifundamental QCD via semiclassics

Paper Title:

Non-supersymmetric duality cascade of QCD(BF) via semiclassics on $\mathbb{R}^2\times T^2$ with the baryon-'t Hooft flux

Published on:

25 April 2024

Primary Category:

High Energy Physics - Theory

Paper Authors:

Yui Hayashi,

Yuya Tanizaki,

Hiromasa Watanabe

Bullets

Key Details

•

Novel semiclassical approach through T^2 compactification with baryon-'t Hooft flux

•

2d effective theory from dilute gas of center vortices

•

Phase diagrams determined under adiabatic continuity

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Justified non-SUSY duality cascade between QCD(BF)s

•

Constructed explicit duality map and coupling correspondence

Explore the topics in this paper

bifundamental qcd

phase transitions

qcdbf

quantum chromodynamics

riemann surfaces

AI generated summary

Non-supersymmetric duality cascade of bifundamental QCD via semiclassics

We apply a novel semiclassical approach with baryon-'t Hooft flux on R^2 x T^2 to study the bifundamental QCD (QCD(BF)) of different ranks. We derive the 2d effective theory from dilute gas approximation of center vortices. This determines the phase diagram under adiabatic continuity. We justify the non-supersymmetric duality cascade between different QCD(BF)s, conjectured from large-N. We construct the explicit duality map including the coupling correspondence.