A bstract Axions and axion-like particles (ALPs) are well-motivated low-energy relics of high-
energy extensions of the Standard Model, which interact with the known particles through …

A bstract We study the renormalization group running of axion couplings while taking into
account that the Standard Model can be extended to its supersymmetric extension at a …

A bstract We study a class of DFSZ-like models for the QCD axion that can address
observed anomalies in stellar cooling. Stringent constraints from SN1987A and neutron …

A bstract The appearance of large logarithmic corrections is a well-known phenomenon in
the presence of widely separated mass scales. In this work, we point out the existence of …

A bstract Leptoquarks enter in several extensions of the Standard Model as possible
solutions to a number of observed anomalies. We work within the soft-collinear effective …

Lattice simulations of Quantum Chromodynamics allow for a fully non-perturbative
computation of hadronic correlation functions, but for a reliable extraction of physical …

Since the dawn of humankind, we have tried to find explanations for the world that surround
us, using a series of theories, a term derived from the Greek θεωρία, originally meaning …

The Standard Model (SM) of particle physics can be divided into the strong sector and the
electroweak (EW) sector. The strong interactions governed by Quantum Chromodynamics …

In this thesis we discuss details of soft-collinear effective theory in the context of application
to power suppressed processes at particle colliders and to beyond the Standard Model …

Dark matter (DM) is the collective name for the additional mass needed to explain the data
collected from a very wide range of different astronomical observations. Everything from the …