We review the asymptotic safety scenario for quantum gravity and the role and implications of an underlying ultraviolet fixed point. We discuss renormalisation group techniques employed in the fixed point search, analyse the main picture at the example of the Einstein-Hilbert theory, and provide an overview of the key results in four and higher dimensions. We also compare findings with recent lattice simulations and evaluate phenomenological implications for collider experiments
In this work we explore the collider prospects for the asymptotic safety scenario being realized as ...
We study the ultraviolet properties of quantum gravity and its consequences for black hole physics u...
Understanding gravity as a fundamental theory implies understanding its behavior as we move across d...
We review the asymptotic safety scenario for quantum gravity and the role and implications of an und...
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 ...
The non-trivial ultraviolet fixed point in quantum gravity is calculated by means of the exact renor...
Euclidean quantum gravity is studied with renormalization group methods. Analytical results for a no...
Euclidean quantum gravity is studied with renormalization group methods. Analytical results for a no...
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 study the short distance behaviour of euclidean quantum gravity in the light of Weinberg's asympt...
During the past two decades the gravitational asymptotic safety scenario has undergone a major trans...
Asymptotic safety is a set of conditions, based on the existence of a nontrivial fixed point for the...
Asymptotic safety is a set of conditions, based on the existence of a nontrivial fixed point for the...
In this work we explore the collider prospects for the asymptotic safety scenario being realized as ...
We study the ultraviolet properties of quantum gravity and its consequences for black hole physics u...
Understanding gravity as a fundamental theory implies understanding its behavior as we move across d...
We review the asymptotic safety scenario for quantum gravity and the role and implications of an und...
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 ...
The non-trivial ultraviolet fixed point in quantum gravity is calculated by means of the exact renor...
Euclidean quantum gravity is studied with renormalization group methods. Analytical results for a no...
Euclidean quantum gravity is studied with renormalization group methods. Analytical results for a no...
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 study the short distance behaviour of euclidean quantum gravity in the light of Weinberg's asympt...
During the past two decades the gravitational asymptotic safety scenario has undergone a major trans...
Asymptotic safety is a set of conditions, based on the existence of a nontrivial fixed point for the...
Asymptotic safety is a set of conditions, based on the existence of a nontrivial fixed point for the...
In this work we explore the collider prospects for the asymptotic safety scenario being realized as ...
We study the ultraviolet properties of quantum gravity and its consequences for black hole physics u...
Understanding gravity as a fundamental theory implies understanding its behavior as we move across d...