What are the impacts of dark matter? 

The impacts of dark matter (DM) are explored in several studies. DM affects the properties of neutron stars (NSs), including the mass-radius relation, moment of inertia, and tidal deformability. It softens the equation of state (EOS) and has marginal effects on nuclear matter properties, except for the EOSs and binding energy per particle . DM can accumulate inside NSs, making them unstable, and the secondary component of a binary system might be a NS with DM content . DM also affects the oscillations of hyperon stars and has a correlation with the tidal deformability parameter . In the context of galaxy formation, DM has dominant impacts and influences the formation of dark matter halos . Additionally, DM affects NSs with antikaon condensations, altering their properties and neutrino emission features . The presence of DM inside NSs affects their curvatures and binding energy .

Impacts of dark matter on the curvature of the neutron star

The impacts of dark matter on the curvatures of neutron stars are examined in the paper. The presence of dark matter affects the radial variation of different curvatures and the compactness of the maximum neutron star mass.

The impact of dark matter on neutron stars with antikaon condensations

The paper discusses the impact of dark matter on neutron stars with antikaon condensations, showing that the competition between dark matter and antikaon condensations can cause significant changes in the properties and neutrino emission of the neutron stars.

The impact of the dark matter on galaxy formation

The impacts of dark matter on galaxy formation are investigated in the paper. The attraction effect of initial dark matter distribution on normal matter and the formation of dark matter halos are discussed. The paper also mentions the use of cold dark matter (CDM) to interpret the influences of dark matter on galaxy formation.

Impacts of dark matter interaction on nuclear and neutron star matter within the relativistic mean-field model

The impacts of dark matter on neutron stars include making the equation of state softer, affecting the mass-radius relation, moment of inertia, tidal deformability, and stability of the stars.

Impacts of dark matter interaction on nuclear and neutron star matter within the relativistic mean-field model

The impacts of dark matter on neutron stars include making the equation of state softer, affecting the mass-radius relation, moment of inertia, tidal deformability, and stability of the neutron star.