Conveners
Nuclear Matter: Morning - 2
- Justin Grace (Michigan State University)
The interaction between the anti-kaon (${\bar K}$) and the nucleus is one of the hot topics in recent hadron physics. Since the ${\bar K}N$ interaction is attractive enough to produce a bound state as the $\Lambda(1405)$ baryon, the ${\bar K}$-nucleus interaction is expected to be attractive as well, providing an important clue to understanding the behavior of strange quarks in dense matter...
Neutron star is a remnant of supernova, and viewed as the resource of plenty of physical properties, associated with subnuclear, nuclear and quark matter.
At the bottom layer of subnuclear area( so-called "crust"), neutrons are dripped from excessively neutron-rich nuclei, and moreover nuclei form various non-uniform crystalline structures which are totally called "pasta" phases.
It...
This talk explores the effect of dark matter, captured by the strong gravity and high density of neutron stars, on the equation of state (EoS) of neutron stars.
We establish a theoretical framework incorporating dark matter interactions and demonstrate potential modifications in the neutron star EoS.
These theoretical modifications allow us to explore potential constraints on the properties...
