Electroweak dipole operators in the standard-model-effective-field theory (SMEFT) are
important indirect probes of quantum effects of new physics beyond the standard model …

We present a comprehensive study of the electroweak interactions using the available Higgs
and electroweak diboson production results from LHC runs 1 and 2 as well as the …

The production of W±H, ZH, W+ W-, and W±Z pairs probes non-Standard-Model interactions
of quarks, gauge bosons, and the Higgs boson. New effects can be parametrized in terms of …

The chirality-flipping operators of light fermions are currently poorly constrained by
experimental analyses due to the lack of interference with standard model (SM) amplitudes …

One method of probing new physics beyond the Standard Model is to check the correlation
among higher-dimensional operators in the effective field theory. We examine the strong …

We study a non-universal flavor scenario at the level of the Standard Model Effective Field
Theory, according to which the matrix of Wilson coefficients $ c_ {uW} $ of an up-type …

We derive constraints on dimension-six light-quark dipole operators within the Standard
Model (SM) effective field theory, based on measurements of $ Z $ production at SLC and …

The magnetic moment ($ a_\gamma $) and weak magnetic moment ($ a_W $) of charged
leptons and quarks are sensitive to quantum effects of new physics heavy resonances. In …

Probing magnetic moment operators in <inline-formula><tex-math id="M1-4">\begin{document}${\boldsymbol
H \gamma }$\end{document}</tex-math><alternatives><graphic xmlns:xlink="http://www.w3.org/1999/xlink" …

The off-shell Higgs production in pp→ ZZ at LHC provides at present the most direct
measurement of the Higgs width in the absence of beyond the standard model contributions …