Laboratoire Charles Coulomb UMR 5221 CNRS/UM2 (L2C)

English


Home > Research > Axes & Teams > Theoretical Physics > Team: Quantum Field Theory and Mathematical Physics

Team: Quantum Field Theory and Mathematical Physics

The group “Quantum Field Theory and Mathematical Physics” studies the following research directions:

- Conformal Field Theory
- Integrable Quantum Field Theory
- Non perturbative aspects of Superstring theory
- Quantum Gravity in the canonical approach
- Non perturbative aspects of Quantum Field theory
- Mathematics connected or not to Quantum Field Theory.

Flyer

6 People

PERMANENTS NON PERMANENTS

All productions

Last publications

+ On a Finite Range Decomposition of the Resolvent of a Fractional Power of the Laplacian II. The Torus doi link

Author(s): Mitter P.

(Article) Published: Journal Of Statistical Physics, vol. 168 p.986-999 (2017)

 
+ On a Finite Range Decomposition of the Resolvent of a Fractional Power of the Laplacian (vol 163, pg 1235, 2016) doi link

Author(s): Mitter P.

(Article) Published: Journal Of Statistical Physics, vol. 166 p.453-455 (2017)

 
+ Multiple D3-instantons and mock modular forms I doi link

Author(s): Alexandrov S., Banerjee S., Manschot Jan, Pioline Boris

(Article) Published: Communications In Mathematical Physics, vol. 353 p.379-411 (2017)

 

Classification of the three-state Hamiltonians solvable by coordinate Bethe ansatz

This webpage is a software addons to the article arXiv:1306.6303, entitled Classification of the three-state Hamiltonians solvable by coordinate Bethe ansatz, written by Nicolas Crampé (L2C), Luc Frappat and Eric Ragoucy (LAPTH).

If you used this webpage, we would appreciate if you cite this article.

Read more


AIGLe

MathJax