37 citations · 62 across the 6 of their papers we have counts for
6 papers
Zooming into the horizon region of black hole-type objects
Jesse Daas, Cristobal Laporte, Frank Saueressig +1
A universal prediction of quantum gravity is that the dynamics of general relativity is augmented by interactions that are of higher order in the spacetime curvature. Numerical exp…
Rethinking the Effective Field Theory formulation of Gravity
Jesse Daas, Cristobal Laporte, Frank Saueressig +1
General relativity is highly successful in explaining a wide range of gravitational phenomena including the gravitational waves emitted by binary systems and the shadows cast by su…
On the impact of perturbative counterterms on black holes
Jesse Daas, Cristobal Laporte, Frank Saueressig
We determine the corrections to the Schwarzschild geometry arising from including the Goroff- Sagnotti counterterm in the gravitational dynamics. We find that static, asymptoticall…
Probing Quadratic Gravity with the Event Horizon Telescope
Jesse Daas, Kolja Kuijpers, Frank Saueressig +2
Quadratic gravity constitutes a prototypical example of a perturbatively renormalizable quantum theory of the gravitational interactions. In this work, we construct the associated…
Asymptotically Safe Gravity-Fermion systems on curved backgrounds
Jesse Daas, Wouter Oosters, Frank Saueressig +1
We set up a consistent background field formalism for studying the renormalization group (RG) flow of gravity coupled to Dirac fermions on maximally symmetric backgrounds. Ba…
Asymptotically Safe Gravity with Fermions
Jesse Daas, Wouter Oosters, Frank Saueressig +1
We use the functional renormalization group equation for the effective average action to study the fixed point structure of gravity-fermion systems on a curved background spacetime…