d.coumbe@gmail.com

ORCID: 0000-0002-4617-9443

Research Interests

Gravity as a perturbative quantum field theory is nonrenormalizable. As a result, Weinberg suggested extending the definition of renormalization to the nonperturbative regime, a scenario dubbed asymptotic safety. A lattice approach to quantum gravity provides a powerful and complementary tool for studying the asymptotic safety scenario. I work on two different approaches to lattice quantum gravity, causal dynamical triangulations (CDT) and Euclidean dynamical triangulations (EDT).

Background

Exeter University, UK. (BSc, MPhys. 09/04 - 06/08)

University of Glasgow, UK. (PhD. 09/09 - 06/13)

Syracuse University, USA. (Research position. 07/13 - 09/13)

Jagiellonian University, Pl. (Research Associate. 09/13 - 09/15)

Niels Bohr Institute, Dk. (Research Associate. 09/15 - 09/19)

Publications, proceedings and preprints

Inspirehep

Google Scholar Citations

Institute webpage

Social media

Researchgate

Twitter