Quantum Chromodynamics, the theory of quarks and gluons, whose interactions can be
described by a local SU (3) gauge symmetry with charges called “color quantum numbers” …

A bstract The lack of convergence of the convolution integrals appearing in next-to-leading-
power (NLP) factorization theorems prevents the applications of existing methods to resum …

Starting from the first renormalized factorization theorem for a process described at
subleading power in soft-collinear effective theory, we discuss the resummation of Sudakov …

A bstract It is by now well known that, at subleading power in scale ratios, factorization
theorems for high-energy cross sections and decay amplitudes contain endpoint-divergent …

A bstract Quantitative theoretical techniques for understanding the substructure of jets at the
LHC enable new insights into the dynamics of QCD, and novel approaches to search for …

A bstract Building on the recent derivation of a bare factorization theorem for the b-quark
induced contribution to the h→ γγ decay amplitude based on soft-collinear effective theory …

A bstract We derive and solve renormalization group equations that allow for the
resummation of subleading power rapidity logarithms. Our equations involve operator …

A bstract We derive a factorization theorem for the Higgs-boson production amplitude in
gluon-gluon fusion induced by a light-quark loop, working at next-to-leading power in soft …

A bstract The off-diagonal parton-scattering channels g+ γ* and q+ ϕ* in deep-inelastic
scattering are power-suppressed near threshold x→ 1. We address the next-to-leading …

A bstract We argue that energetic muon-electron scattering in the backward direction can be
viewed as a template case to study the resummation of large logarithms related to endpoint …