Quantum gravity is concerned with unifying Einstein's general theory of relativity with quantum theory into a single theoretical framework. At Perimeter Institute, researchers are actively pursuing a number of approaches to this problem including loop quantum gravity, spin foam models, asymptotic safety, emergent gravity, string theory, and causal set theory. We are also particularly interested in experimental implications of these different proposals. As the aim is a unification of the laws of physics into a single theory, the search for quantum gravity overlaps with other areas such as cosmology, particle physics and the foundations of quantum theory.
Format results


Fuzzball Shadows: Emergent Horizons from Microstructure
Daniel Mayerson CEA ParisSaclay

Super Cartan geometry, loop quantum supergravity and applications
Konstantin Eder FriedrichAlexanderUniversität ErlangenNürnberg

q deformed LQG with a cosmological constant
Qiaoyin Pan Florida Atlantic University

Integrals over Unitary Matrices
Dan Roberts Massachusetts Institute of Technology

Quantum gravity Vs unimodular quantum gravity
Antonio Pereira Universidade Federal Fluminense

The effective action of superrotation modes
Jakob Salzer Harvard University

Emergent cosmology from tensorial group field theories for quantum gravity
Daniele Oriti LudwigMaximiliansUniversitiät München (LMU)


Evolving quantum state for black holes
Steve Giddings University of California System

Nonlocal cosmological models from infrared quantum gravity effects
Enis Belgacem Utrecht University

Matterdriven phase transition in lattice quantum gravity
Andrzej Gorlich Jagiellonian University