The LHCb Collaboration has recently released a new study of B+→ K+ ℓ+ ℓ-and B→ K* 0 ℓ+
ℓ-(ℓ= e, μ) decays, testing lepton universality with unprecedented accuracy using the whole …

Motivated by renewed evidence for new physics in b→ s ℓ ℓ transitions in the form of LHCb's
new measurements of theoretically clean lepton-universality ratios and the purely leptonic B …

We perform an analysis within the Standard Model of B 0,+→ K* 0,+ μ+ μ-decays in light of
the recent measurements from the LHCb experiment, showing that new data strengthen the …

The new measurement of the W-boson mass from the CDF Collaboration shows a significant
tension with the Standard Model prediction. We quantify this discrepancy within a state-of …

The Standard Model effective field theory (SMEFT) provides a consistent framework for
comparing precision measurements at the LHC to the Standard Model. The observation of …

The Standard Model effective field theory (SMEFT) is the tool of choice for studying
deviations of Higgs couplings from the Standard Model predictions. The SMEFT is an …

A bstract Effective field theory tools are essential for exploring non-Standard Model physics
at the LHC in the absence of the discovery of new light particles. Predictions for observables …

Electroweak precision observables (EWPOs) measured at the W and Z poles provide
stringent limits on possible beyond the Standard Model physics scenarios. In an effective …

The LHCb experiment has recently presented new results on Lepton Universality Violation
(LUV) in B→ K (∗) ℓ+ ℓ-decays involving KS in the final state, which strengthen the recent …

In recent years, theoretical and phenomenological studies with effective field theories have
become a trending and prolific line of research in the field of high-energy physics. In order to …