▪ Abstract We review studies of the trilinear gauge-boson couplings at the Tevatron proton-
antiproton collider from data collected by the CDF and DØ collaborations during the period …

An analysis is given of the effects of nonuniversal soft supersymmetry-breaking masses in
the Higgs sector and in the third generation squark sector, and it is shown that they are …

The elementary particles of the standard model may reside in more than 3+ 1 dimensions.
We study the consequences of large compactified dimensions on scattering and decay …

This paper presents new measurements in a case study of the minimal supergravity
(SUGRA) model with m 0= 100 GeV, m 1/2= 300 GeV, A 0= 0, tan β= 2, and sgn μ=+ based …

Perturbative QCD predicts the behavior of scattering at high energies and fixed (sufficiently
large) transferred momenta in terms of the BFKL Pomeron (or short distance Pomeron). We …

The top quark decays more quickly than the strong-interaction time scale, Λ QCD− 1, and
might be expected to escape the effects of nonperturbative QCD. Nevertheless, the top …

The discovery of the Higgs boson in 2012 at CERN completed the experimental confirmation
of the Standard Model particle spectrum. Current theoretical insights and experimental data …

It has been recently suggested by Arkani-Hamed, Dimopoulos and Dvali that gravity may
become strong at energies not far above the electroweak scale and thus remove the …

We estimate the current theoretical uncertainty in sparticle mass predictions by comparing
several state-of-the-art computations within the minimal supersymmetric standard model …

We calculate the cross sections for the production of Higgs particles in association with a
photon in e+ e− collisions, e+ e−→ λ+ Higgs, allowing for the longitudinal polarization of the …