Bilocal Dynamics in Quantum Field Theory

TL;DR

This paper explores the bilocal nature of noncommutative quantum field theories and examines its impact on IR/UV mixing through a canonical quantization approach.

Contribution

It introduces a canonical quantization method to analyze bilocal dynamics and their role in IR/UV mixing in noncommutative field theories.

Findings

Bilocal structures are fundamental in noncommutative field theories.

The canonical quantization approach clarifies IR/UV mixing mechanisms.

Insights into the role of bilocality in quantum field dynamics.

Abstract

An essential aspect of noncommutative field theories is their bilocal nature. This feature, and its role in the IR/UV mixing, are discussed using a canonical quantization procedure developed recently.