Comparison of a new type of Dark Matter with the Milky Way and M31 grand rotation curves.

ABSTRACT: In the electron Born self-energy (eBse) model, free electrons are of finite-size and possess both a rest mass, m_e, as well as, a Born mass, m_e^B = 74,000 m_e. The Born mass, which originates from the energy contained within the electric field that surrounds a finite-sized electron, serves as a Dark Matter (DM) particle in this theory (designated eBDM, electron Born Dark Matter). The equation of state for m_e^B is w = -1, which implies that two Born masses experience a repulsive gravitational interaction. This repulsive gravitational interaction stabilizes the formation of a DM halo of m_e^B particles, of typical halo size ~ 100 kpc, around a central mass M (e.g. a galaxy), where this gravitational stability a

SUBMITTER: Law BM 

PROVIDER: S-EPMC11480391 | biostudies-literature | 2024 Oct

REPOSITORIES: biostudies-literature