XXXVI International Workshop on High Energy Physics “Strong Interactions: Experiment, Theory, Phenomenology”

Сессия

Morning session 24/07/2024

3

24 июл. 2024 г., 09:30

Описание

Chairperson Ilya Kudrov( Logunov IHEP, NRC KI, Protvino)

20. Some aspects of QC2 D & QCD phase diagram

Roman Zhokhov (IHEP)

24.07.2024, 09:30

QCD (lattice, (non) perturbative, effective models)

3. Lattice study of rotating QCD properties

Проф. Viktor Braguta (JINR)

24.07.2024, 10:15

QCD (lattice, (non) perturbative, effective models)

In this report the influence of relativistic rotation on QCD
properties will be considered. I am going to review the results that
were obtained within lattice simulation of QCD. It has become
commonplace to perform such studies in the reference frame rotating
with the system under investigation. In this case there appears the
gravitational field and the problem is reduced to study of QCD in...

1. Pion degrees of freedom in nuclear matter, from 1971 till tomorrow

Проф. Dmitry Voskresensky (LTF, JINR, Dubna)

24.07.2024, 11:30

Strongly interacting (QCD) matter

After a historical introduction I will review progress in description of the pion degrees of freedom in equilibrium and nonequilibrium nuclear matter. Effects of the softening of the pion mode and pion condensation will be considered. Applications to such nuclear systems as atomic nuclei, neutron stars, heavy-ion collisions, and hypothetical nuclear systems will be...

21. What do we know about the confinement mechanism?

Manfried Faber (Atominstitut, Technische Universität Wien)

24.07.2024, 12:15

QCD (lattice, (non) perturbative, effective models)

I will compare the main confinement mechanisms in QCD, confinement by magnetic monopoles and by quantised magnetic flux tubes, vortices. Then, I will concentrate on problems with the detection of vortices. A further interesting question concerns the relation to the spontaneous breaking of chiral symmetry.

47. Some aspects of QC_2D and QCD phase diagrams

Roman Zhokhov (IHEP)

...

5. What do we know about the confinement mechanism?

Проф. Manfried Faber (Atominstitut, Technische Universität Wien)

QCD (lattice, (non) perturbative, effective models)

I will compare the main confinement mechanisms in QCD, confinement by magnetic monopoles and by quantised magnetic flux tubes, vortices. Then, I will concentrate on problems with the detection of vortices. A further interesting question concerns the relation to the spontaneous breaking of chiral symmetry.