The EoS of dense matter and nuclear physics constraints

• Francesca Gulminelli (Unicaen/LPC/Ensicaen )

Current status of the nuclear interaction in chiral and pionless effective field theories

• Luca Girlanda (INFN-LE & Un. Salento)

EFT description of α cluster nuclei: The 9Be ground state and 9Be photodisintegration

• Elena Filandri (INFN-TIFPA)

Theoretical description of few-nucleon scattering states in terms of integral relations

• Ylenia Capitani (Università di Trento)

Theoretical study of muon capture on deuteron using local chiral interactions

• Laura Ceccarelli (Universita' di Pisa)

Modelling semi-inclusive neutrino-nucleus scattering

• Juan Manuel Franco Patino (University of Seville & University of Turin/INFN Turin.)

Physics of compact stars in NEUMATT

• Giuseppe Pagliara ( Universita' di Ferrara )

:Recent advances in finite temperature equations of state and applications

• Giuseppina Fiorella Burgio (INFN-CT)

Noise-resilient quantum simulation of nuclear dynamics

• Sofia Quaglioni (LLNL)

Hidden-charm tetraquarks with strangeness at LHCb

• Jacopo Ferretti (INFN-ROMA1)

Accessing the properties of deconfined matter in heavy-ion collisions

• Andrea Beraudo (INFN-TO)

Perturbation theory of non-perturbative QCD: A massive expansion from first principles

• Giorgio Comitini (Università di Catania)

Local polarization and spin shear coupling in a relativistic fluid

• Andrea Palermo (Università di Firenze, INFN-FI, Goe)

NINPHA: theoretical activities on QCD and hadronic structure

• Francesco Giovanni Celiberto (University of Pavia and INFN-PV)

J/psi polarization within NRQCD and matching issue in SIDIS

• Luca Maxia (INFN-CA)

Pentaquarks and the fully-⁠charm tetraquark X(6900) at LHCb

• Alessandro Giachino (INFN-GE)

Ab initio computations of structure and reactions of atomic nuclei

• Carlo Barbieri (INFN-MI)

Energy functionals grounded in ab initio calculations: a systematic ladder of approximations

• Francesco Marino (INFN-LNF)

Bridging ab-initio and EDF theories: applications to nuclear matter and finite nuclei

• Stefano Burrello (INFN-LNS)

Testing the two family scenario: BH-NS merger

• Flavio Di Clemente (Universita' di Roma1)

A finite temperature equation of state from microscopic calculations

• Domenico Logoteta (INFN-PI)

Unraveling the character of possible dense-matter state transition from neutron stars observations

• Michael Bejger (INFN-FE)

Friction in superfluid neutron stars

• Marco Antonelli (CNRS, LPC Caen )

Discussione

Towards optimized 47Sc production: a journey from nuclear reaction modeling to numerical computations

• Alessandro Colombi (Universita di Pavia and INFN-PV)

Modeling of 52gMn production with V target: from cross sections to dosimetry

• Francesca Barbaro (INFN-PD)

Shell-model calculations of the neutrinoless double-beta decay matrix elements

• Giovanni De Gregorio (INFN-NA)

Exploring the halo character of dripline nucleus 31F

• Gagandeep Singh (Indian Institute of Technology Roorkee & INFN-PD)

Microscopic optical potentials. Recent achievements and applications

• Paolo Finelli (INFN-BO)

Localization of peripheral reactions and sensitivity to the imaginary potential

• Imane Moumene (Cadi Ayyad University, Marocco)

Progresses on the extraction of unpolarized TMDs through global fits

• Matteo Cerutti (Uni. Pavia & INFN-PV)

Sivers Asymmetry in J/ψ Leptoproduction at EIC

• Sangem Rajesh (INFN-PG)

Theoretical overview of the factorization properties of hadronic cross sections

• Andrea Simonelli (INFN-TO)

Charm and Bottom dynamics in the Quark-Gluon Plasma: spectra and collective flows"

• Maria Lucia Sambataro (INFN-CT)

Hadronic Transverse Momentum Phenomena

• Jose Osvaldo Gonzalez-Hernandez (Un. Torino)

Heavy quark as a probe of the initial electromagnetic fields and vorticity in relativistic HIC

• Lucia Oliva (INFN-LNS)

Jet Quenching and Tomography in relativistic HIC (preliminarly)

• Daniel Pablos Alfonso (INFN-TO)

Hadronization of heavy quark from pp to AA at TeV scale

• Vincenzo Minissale (INFN-LNS)