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 …

We present a comprehensive non-perturbative study of the phase structure of the
asymptotically safe Standard Model. The physics scales included range from the …

We explore a simple parameterization of new physics that results in an ultraviolet complete
gauge-quark sector of the Standard Model. Specifically, we add an antiscreening …

Effective field theory provides a new perspective on the predictive power of Renormalization
Group fixed points. Critical trajectories between different fixed points confine the regions of …

A bstract We derive the runnings of the R and R 2 operators that stem from integrating out
quantum torsion fluctuations on a maximally symmetric Euclidean background, while …

Working with scalar field theories, we discuss choices of regulator that, inserted in the
functional renormalization group equation, reproduce the results of dimensional …

We study the renormalization flow of generic actions that depend on the invariants of the
field strength tensor of an Abelian gauge field. While the Maxwell action defines a Gaussian …

High-energy completeness of quantum electrodynamics (QED) can be induced by an
interacting ultraviolet fixed point of the renormalization flow. We provide evidence for the …

We investigate nonperturbative aspects of the interplay of chiral transitions in the standard
model in the course of the renormalization flow. We focus on the chiral symmetry breaking …

We present evidence for new phases of the Standard Model Higgs potential. We study the
Standard Model physical trajectory accounting for the Higgs curvature mass with the mass …