Thirring Model

The Thirring Model is a theoretical framework in physics used to study how particles called fermions interact in a two-dimensional space. It simplifies complex quantum behaviors by representing particles as points that influence each other through a specific type of interaction known as current-current coupling. This model helps physicists understand fundamental properties like particles' behavior and interactions in lower-dimensional systems, which can provide insights into more complex theories relevant to materials science and quantum field theory. Essentially, it serves as a simplified but powerful tool for exploring particle dynamics in a controlled, mathematical setting.