We study the ultraviolet behaviour of four-dimensional quantum field theories involving non-abelian gauge fields, fermions and scalars in the Veneziano limit. In a regime where asymptotic freedom is lost, we explain how the three types of fields cooperate to develop fully interacting ultraviolet fixed points, strictly controlled by perturbation theory. Extensions towards strong coupling and beyond the large-N limit are discussed
The discovery of asymptotic freedom has opened up the possibility of extracting new sorts of detaile...
Using Majorana fermions and elementary mesons we find new massless quantum field theories with weakl...
The asymptotic safety conjecture is examined for quantum gravity in four dimensions. Using the renor...
We study the ultraviolet behaviour of four-dimensional quantum field theories involving non-abelian ...
We demonstrate that interacting ultraviolet fixed points in four dimensions exist at strong coupling...
We study 3d O(N)symmetric scalar field theories using Polchinski's renormalisation group. In the inf...
We show that scalar quantum field theory in four Euclidean dimensions with global $O(N)^3$ symmetry ...
All known examples of four dimensional quantum field theories with asymptotic freedom or asymptotic s...
Asymptotically safe extensions of the Standard Model have been searched for by adding vector-like fe...
We study the phase diagram and the stability of the ground state for certain four-dimensional gauge-...
The renormalisation group is a crucial tool for understanding scale-dependent quantum field theories...
We present the first numerical study of the ultraviolet dynamics of nonasymptotically free gauge-fer...
Quantum field theories are considered fundamental provided they remain well-defined and predictive u...
The behaviourr of quantum field theories at different energy scales is encoded by its renormalisatio...
Asymptotic safety generalizes asymptotic freedom and could contribute to understanding physics beyon...
The discovery of asymptotic freedom has opened up the possibility of extracting new sorts of detaile...
Using Majorana fermions and elementary mesons we find new massless quantum field theories with weakl...
The asymptotic safety conjecture is examined for quantum gravity in four dimensions. Using the renor...
We study the ultraviolet behaviour of four-dimensional quantum field theories involving non-abelian ...
We demonstrate that interacting ultraviolet fixed points in four dimensions exist at strong coupling...
We study 3d O(N)symmetric scalar field theories using Polchinski's renormalisation group. In the inf...
We show that scalar quantum field theory in four Euclidean dimensions with global $O(N)^3$ symmetry ...
All known examples of four dimensional quantum field theories with asymptotic freedom or asymptotic s...
Asymptotically safe extensions of the Standard Model have been searched for by adding vector-like fe...
We study the phase diagram and the stability of the ground state for certain four-dimensional gauge-...
The renormalisation group is a crucial tool for understanding scale-dependent quantum field theories...
We present the first numerical study of the ultraviolet dynamics of nonasymptotically free gauge-fer...
Quantum field theories are considered fundamental provided they remain well-defined and predictive u...
The behaviourr of quantum field theories at different energy scales is encoded by its renormalisatio...
Asymptotic safety generalizes asymptotic freedom and could contribute to understanding physics beyon...
The discovery of asymptotic freedom has opened up the possibility of extracting new sorts of detaile...
Using Majorana fermions and elementary mesons we find new massless quantum field theories with weakl...
The asymptotic safety conjecture is examined for quantum gravity in four dimensions. Using the renor...