With the potential to revolutionize our understanding of the world around us from particle physics to cosmology and condensed matter, our research has far-reaching benefits for society including understanding of the laws of nature and inspiring the next generation of scientists.

Quantum field theory unifies and reconciles Bohr’s quantum mechanics and Einstein’s theory of special relativity yielding the most profound understanding of the fundamental laws governing our Universe.

Yet, much is still left to be understood in Quantum Field Theory, especially in regimes when the dynamics becomes strongly coupled including when searching for a consistent theory of quantum gravity.

By exploiting novel synergies among powerful analytic and cutting-edge supercomputer methodologies our researchers are making progress in solving the dynamics of QFTs, addressing some of the most outstanding problems in physics and mathematics.

By understanding of the laws of nature and producing the seeds for the technologies of tomorrow we will inspire young minds and increase the number of students interested in science while raising knowledge in the fundamental fields of mathematics and physics.

Let us start with answering the questions What, Why and How: