We investigate magnetic field $(eB)$ dependence of constituent quark mass, the longitudinal and transverse pressure as well magnetization susceptibility strongly interacting matter. employ two-flavor Polyakov Nambu--Jona-Lasinio model with inclusion anomalous moment (AMM) quarks at finite temperature ($T$) chemical potential $({\ensuremath{\mu}}_{q})$ capturing different stages chiral phase tra...

A very economic scenario with just three extra scalar fields beyond the Standard Model is invoked to explain muon anomalous magnetic moment, requisite relic abundance of dark matter as well XENON1T excess through inelastic down-scattering scalar.

In this work we consider a model including dark sector bosons interacting through tensor currents with Standard Model leptons. We show that for certain values of the interaction constant has potential providing an explanation discrepancy between theory and experiment, regarding anomalous magnetic moment muon. The effect on already established measurements electron are small lepton universality ...