Name: International Workshop "Infinite and Finite Nuclear Matter" (INFINUM)
Start: 2019-03-20T07:00:00+03:00
End: 2019-03-22T17:00:00+03:00
Location: JINR BLTP

Advances in predicting nuclear matter at finite temperature

Anharmonic effects in theory of finite Fermi- systems

Beta decay of very neutron-rich nuclei and Fayans density functional

Beyond the mean field in the particle-vibration coupling scheme

Charge-exchange isobaric resonances and local interaction parameters

Charged-current neutrino opacities for supernova simulations with RPA correlations

Close binary stars as source of energy in the universe

Cluster viral expansion for quark-nuclear matter

Damping of giant resonances in open-shell nuclei: a semi-microscopic model

Flat bands, baryon asymmetry of Universe, and the violation of time-reversal symmetry

INFINUM. Introduction

Introduction to vorticity in HIC

Isotopic trends of nuclear surface properties of spherical nuclei

Macroscopic and microscopic aspects of electron capture by polarized nuclei

Particle-hole dispersive optical model: unique features and new implementations

Pion condensation in dense baryonic/quark matter with isospin and chiral imbalance

Pion degrees of freedom in equilibrium and non-equilibrium nuclear systems

Properties and synthesis of magnetized nuclei

Properties of isoscalar giant multipole resonances within a semimicroscopic model

Relation of toroidal and pygmy dipole resonances

Relativistic mean-field models of neutron-star matter and nuclear liquid-gas phase transition

Role of gravitation in elementary particle structure

Single-particle spectral function of the Lambda hyperon in finite nuclei

Specific features of spinning gravity and unification on the example of the Kerr-Newman spinning particle

Spreading widths of giant dipole resonance in the lead region

The symmetry energy in neutron stars: constraints from GW170817 and Direct Urca Cooling

Two-phonon structures of beta-decay rates

Understanding extreme matter with gravitational waves

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International Workshop "Infinite and Finite Nuclear Matter" (INFINUM)