Antonio O. Bouzas

Analysis of top-quark charged-current coupling at the LHeC

In the context of

Mixing-matrix renormalization revisited

SU(2)_L\times U(1)

Three- and two-point one-loop integrals in heavy particle effective theories

dimension six operators we study the potential of the LHeC to provide information on top quark effective interactions. We focus on single antitop production and how it is affected not only by the effective

Addition theorems for spin spherical harmonics: I. Preliminaries

tbW

Polarized pK - scattering in Unitary Baryon Chiral Perturbation Theory

coupling but also by four-fermion operators. Compared to the LHC, the LHeC provides a cleaner environment to make a precise measurement of the top quark production cross section. Therefore, this machine would give a much better assesment of

Steady states of the parametric rotator and pendulum

V_{tb}

Baryon polarization in low-energy unpolarized meson-baryon scattering

in the context of the SM or

Rotating frames and gauge invariance in two-dimensional many-body quantum systems

V_L

Vertex integrals in heavy-particle theories

in the context of higher dimension operators. The LHeC could also give a slightly better measurement for

One-loop vertex integrals in heavy-particle effective theories

V_R