activity
20012026
most citedDial M for Flavor Symmetry Breaking

8 citations · 8 across the 7 of their papers we have counts for

collaborators

7 papers

hep-th2026

Phase Transitions at More Unusual Values of Theta

Dhruv Aldas, Hitoshi Murayama, Bea Noether +1

We calculate the dependence of the vacuum energy in an infinite family of cousins of QCD, where the vacuum structure can be analyzed exactly. These theories are …

hep-th2025

AMSB in Gauge Theories

Digvijay Roy Varier, Zijian Gu, Bea Noether +1

We present a careful study of the chiral symmetry breaking minima and other potential minima in supersymmetric symplectic QCD ( with flavors) perturbed by Anomaly Me…

hep-ph2025

Topological Freeze-out by Semi-Annihilation

Joe Davighi, Serah Moldovsky, Hitoshi Murayama +2

We point out that a QCD-like dark sector can be coupled to the Standard Model by gauging the topological Skyrme current, which measures the dark baryon number in the infrared, to g…

hep-th2025

Dynamics of Chiral Gauge Theories

Andrew Goh, Hitoshi Murayama, Gup Singh +2

We present exact non-perturbative solutions to chiral gauge theories based on the gauge group and several matter fermions in the fundamental -dimensional representat…

hep-ph2025

Probing the UV with IR Axion Dark Matter Experiments

Jacob M. Leedom, Serah Moldovsky, Hitoshi Murayama

There is an ongoing and future experimental program searching for axions as both extensions of the Standard Model and as candidates for the observed dark matter. In this paper, we…

hep-th2025

Exact Results in Chiral Gauge Theories with Flavor

Jacob M. Leedom, Hitoshi Murayama, Gup Singh +2

We present exact results in softly-broken supersymmetric chiral gauge theories with charged fermions in one antisymmetric, fundamental, and anti-…

hep-th2001★ 8 cited

Dial M for Flavor Symmetry Breaking

J. Evslin, H. Murayama, U. Varadarajan +1

We introduce a realization of Seiberg duality in MQCD that does not involve moving branes. Using related arguments in M Theory and IIA, we investigate the flavor symmetry breaking…