Speaker
Description
The study of theories related to experimental physics, such as supersymmetric gauge theories (SUSY QFT) and strongly correlated systems, is very important for modern science. String theory, particularly the AdS/CFT correspondence, is a key tool for these studies. It allows us to develop methods to study and create gauge field theories and understand non-Lagrangian operators through supergravity solutions.
The Yang-Baxter deformation technique maps nonlinear transformations from supergravity solutions to gauge field theories using AdS/CFT. This non-linear transformation, based on hidden symmetries of supergravity equations, was initially limited to Abelian isometries. However, it has been extended to non-Abelian isometries. This generalization provides a way to find a new non-supersymmetric conformal manifold in gauge field theories.
