Seminars General Archive

The talk is based on  arXiv:2110.13521

The study of the properties of neutron stars is presently entering a golden age.

This talk will report on recent breakthroughs in understanding the extreme environment in which the formation of the heavy elements occurs, as well as open questions regarding the astrophysics and nuclear physics involved.

Recent analyses on the diffractive electroproduction of ρ mesons have corroborated the underlying assumption that the small-size dipole scattering mechanism is at work, thus validating the use of the HEF formalism.

Selected results of the program concerning Ar, Kr, and Xe atoms are shown, demonstrating that the quantum-relativistic theory of the polarization of electron beams elastically scattered by atoms provides results in agreement with experimental data down to energies smaller than a few eV.

#Ultracold atoms #virial expansion of the equation of state and dielectric response for metrology #adsorption in nanoporous materials (classical and #quantum)

Modern experiment and theory have provided strong indications that diquark correlations play a crucial role in hadron physics.

Using the dipole picture for electron-nucleus deep inelastic scattering (DIS) at small Bjorken x, we study the effects of gluon saturation in the nuclear target on the cross-section for single inclusive DIS.

The webinar will describe the applying of statistical physics tools to examine Pfizer-BioNTech vaccines' efficiency in preventing severe and moderated morbidity using real data from Israel.

Mapping out the QCD phase diagram remains one of the outstanding challenges in the theory of the strong interactions.