The renormalization group plays an essential role in many areas of physics, both
conceptually and as a practical tool to determine the long-distance low-energy properties of …

Asymptotic safety is a theoretical proposal for the ultraviolet completion of quantum field
theories, in particular for quantum gravity. Significant progress on this program has led to a …

We explore the phenomenology of scalar fields coupled to asymptotically safe quantum
gravity, in light of their potential significance for dark matter, for the inflaton as well as …

We explore the interplay of matter with quantum gravity with a preferred frame to highlight
that the matter sector cannot be protected from the symmetry-breaking effects in the …

We establish a scenario where fluctuations of new degrees of freedom at a quantum phase
transition change the nature of a transition beyond the standard Landau-Ginzburg paradigm …

Using first-principle Hybrid Monte Carlo (HMC) simulations, we carry out an unbiased study
of the competition between spin-density wave (SDW) and charge-density wave (CDW) order …

We study scalar and chiral fermionic models in next-to-leading order with the help of the
functional renormalization group. Their critical behavior is of special interest in condensed …

The quantum phase transition to a Z 3-ordered Kekulé valence bond solid in two-
dimensional Dirac semimetals is governed by a fermion-induced quantum critical point …

A bstract If a grand-unified extension of the asymptotically safe Reuter fixed-point for
quantum gravity exists, it determines free parameters of the grand-unified scalar potential …

We propose relativistic Luttinger fermions as a new ingredient for the construction of
fundamental quantum field theories. We construct the corresponding Clifford algebra and …