Flow Equation of N=1 Supersymmetric O(N) Nonlinear Sigma Model in Two Dimensions

Sinya Aoki, Kengo Kikuchi, Tetsuya Onogi

Encoding field theories into gravities

Sinya Aoki, Kengo Kikuchi, Tetsuya Onogi

Geometries from field theories

Sinya Aoki, Kengo Kikuchi, Tetsuya Onogi

Restoration of Lorentz Symmetry for Lifshitz-Type Scalar Theory

Kengo Kikuchi

Generalized Gradient Flow Equation and Its Applications

Sinya Aoki, Kengo Kikuchi, Tetsuya Onogi

Gradient Flow of O(N) nonlinear sigma model at large N

Sinya Aoki, Kengo Kikuchi, Tetsuya Onogi

Periodic Cluster Attractors and their Stabilities in the Turbulent Globally Coupled Map Lattice

Tokuzo Shimada, Kengo Kikuchi

Periodicity Manifestations in the Turbulent Regime of Globally Coupled Map Lattice

Tokuzo Shimada, Kengo Kikuchi

Supersymmetric gradient flow in the Wess-Zumino model

Daisuke Kadoh, Kengo Kikuchi, Naoya Ukita

The paper introduces a supersymmetric gradient flow equation for the four‑dimensional Wess‑Zumino model, constructed via off‑shell component fields and superfield formalism, and sh…

Generalized Gradient Flow Equation and Its Application to Super Yang-Mills Theory

Kengo Kikuchi, Tetsuya Onogi