activity
19922025
most citedProperties of D-mesons in nuclear matter within a self-consistent coupled-channel approach

99 citations · 1.4k across the 82 of their papers we have counts for

collaborators

84 papers

nucl-th2025

Thermodynamic and transport properties of hot asymmetric nuclear matter within a chiral SU(3) model

Amruta Mishra, J. Schaffner-Bielich

We investigate the thermodynamic and transport properties in hot nuclear matter accounting for the medium modifications of the nucleons within a chiral SU(3) model including effect…

nucl-th2023

Open Strange and Open Heavy Flavour mesons in Asymmetric Nuclear Matter within Quark Meson Coupling model

Arpita Mondal, Amruta Mishra

The in-medium properties of open strange (, ), open charm (, ), and open bottom (, ) mesons are investigated in asymmetric nuclear matter using…

hep-ph2023

Charmonium production in hot magnetized hyperonic matter -- effects of baryonic Dirac sea and pseudoscalar-vector meson mixing

Amruta Mishra, Arvind Kumar, S. P. Misra

We investigate the medium modifications of the masses of pseudoscalar open charm ( and ) mesons and the charmonium state () in hot isospin asymmetric strange ha…

hep-ph2023

Spectral properties of , and mesons in hot magnetized matter: effects of (inverse) magnetic catalysis

Pallabi Parui, Amruta Mishra

In-medium masses of the light vector , and axial-vector mesons are studied in the magnetized hot nuclear matter, accounting for the effects of (inverse) magnetic catal…

hep-ph2023

Production cross-sections and Radiative Decay widths of Heavy Quarkonia in magnetized matter

Amruta Mishra, Ankit Kumar, S. P. Misra

We study the production cross-sections and radiative decay widths of heavy quarkonia (charmonia and bottomonia) in magnetized nuclear matter. The production cross-sections of the $…

hep-ph2023

Open Strange Mesons in (magnetized) nuclear matter

Ankit Kumar, Amruta Mishra

We investigate the mass modifications of open strange mesons (vector and axial vector ) in (magnetized) isospin asymmetric nuclear matter using quantum chromodynamics su…