Unimodular Gravity is an alternative description of the gravitational dynamics that is equivalent to General Relativity within the classical realm. Since it is based on a different symmetry group, volume-preserving diffeomorphisms, it could be expected that Unimodular Gravity displays very different quantum properties with respect to the quantization of a full diffeomorphism-invariant theory. I will discuss how this comparison fits in the asymptotic safety program for quantum gravity as well as point out the recent progress in this direction. Moreover, I will raise some potential conceptual consequences of such a discussion in a broader quantum-gravity perspective.
De Maïté Dupuis
De Johannes Thürigen
De Antônio Duarte Pereira
De Sumati Surya
De Riccardo Martini
De Raimar Wulkenhaar
De Valentin Bonzom
De Gaëtan Borot
De Timothy Budd
De Jan Ambjorn
De Laurent Baulieu
De François David
De Reiko Toriumi
De Thomas Krajewski
De Simone Speziale
De Albert Schwarz
De Marc Levine
De Claudio Dappiaggi
