Welcome

Curriculum Vitae

Publications

Affiliation

Projects

Research interests

Various registries

Unofficial projects

Meetings and visits

Various lecture notes

Other

Links

Contact information

Curriculum Vitae

Publications

Affiliation

Projects

Research interests

Various registries

Unofficial projects

Meetings and visits

Various lecture notes

Other

Links

Contact information

**Time: ** 22. May 2015

**Place: ** Institute of Physics

**Title: ** Covariant approach to quantum gravity (part 1)

**Abstract:**

The problem of quantization of gravity is one of the fundamental problems of modern theoretical physics. In the following three lectures we will describe the covariant method of quantization, based on the construction of the path integral for the gravitational field, and the spinfoam models emergent from the Loop Quantum Gravity program. The lectures are aimed at students, so the exposition of the material will be gradual, and we will assume only the most elementary knowledge of quantum field theory and general relativity.

In the first lecture we will discuss the Regge model of general relativity, and establish a connection to the canonical LQG program, as an introduction to the construction of the path integral for the gravitational field.