The phase diagram of four-dimensional Einstein–Hilbert gravity is studied using Wilsonʼs renormalization group. Smooth trajectories connecting the ultraviolet fixed point at short distances with attractive infrared fixed points at long distances are derived from the non-perturbative graviton propagator. Implications for the asymptotic safety conjecture and further results are discussed
Realizing a quantum theory for gravity based on Asymptotic Safety hinges on the existence of a non-G...
We study quantum gravity in more than four dimensions with renormalisation group methods. We find a ...
We study quantum gravity in more than four dimensions with renormalisation group methods. We find a ...
AbstractThe phase diagram of four-dimensional Einstein–Hilbert gravity is studied using Wilsonʼs ren...
In this contribution, we discuss the asymptotic safety scenario for quantum gravity with a functiona...
We review and extend in several directions recent results on the asymptotic safety approach to quant...
We study the short distance behaviour of euclidean quantum gravity in the light of Weinberg's asympt...
We review and extend in several directions recent results on the asymptotic safety approach to quant...
Euclidean quantum gravity is studied with renormalization group methods. Analytical results for a no...
General relativity is the successful classical theory describing gravitational interactions from cos...
Abstract: Realizing a quantum theory for gravity based on Asymptotic Safety hinges on the existence ...
Abstract: Realizing a quantum theory for gravity based on Asymptotic Safety hinges on the existence ...
We review the asymptotic safety scenario for quantum gravity and the role and implications of an und...
We review the asymptotic safety scenario for quantum gravity and the role and implications of an und...
The non-perturbative renormalisation of quantum gravity is investigated allowing for the metric to b...
Realizing a quantum theory for gravity based on Asymptotic Safety hinges on the existence of a non-G...
We study quantum gravity in more than four dimensions with renormalisation group methods. We find a ...
We study quantum gravity in more than four dimensions with renormalisation group methods. We find a ...
AbstractThe phase diagram of four-dimensional Einstein–Hilbert gravity is studied using Wilsonʼs ren...
In this contribution, we discuss the asymptotic safety scenario for quantum gravity with a functiona...
We review and extend in several directions recent results on the asymptotic safety approach to quant...
We study the short distance behaviour of euclidean quantum gravity in the light of Weinberg's asympt...
We review and extend in several directions recent results on the asymptotic safety approach to quant...
Euclidean quantum gravity is studied with renormalization group methods. Analytical results for a no...
General relativity is the successful classical theory describing gravitational interactions from cos...
Abstract: Realizing a quantum theory for gravity based on Asymptotic Safety hinges on the existence ...
Abstract: Realizing a quantum theory for gravity based on Asymptotic Safety hinges on the existence ...
We review the asymptotic safety scenario for quantum gravity and the role and implications of an und...
We review the asymptotic safety scenario for quantum gravity and the role and implications of an und...
The non-perturbative renormalisation of quantum gravity is investigated allowing for the metric to b...
Realizing a quantum theory for gravity based on Asymptotic Safety hinges on the existence of a non-G...
We study quantum gravity in more than four dimensions with renormalisation group methods. We find a ...
We study quantum gravity in more than four dimensions with renormalisation group methods. We find a ...