11 research outputs found
Massive Dark Photons as Hot Dark Matter
Motivated by the growing interest in the existence of new massive gauge
bosons, we suggest that massive dark photons A0 can be a consequence of a
broken new abelian symmetry U(1)'X. Such a dark symmetry U(1)'D is afterwards
supposed to be associated with the conservation of the weak number W belonging
to the Weakling Interacting Slim Particles U(1)'W, being a strong candidate for
Hot Dark Matter. The latters correspond then to light dark photons m'A inf keV
from a weak symmetry breaking scale sup 10keV.Comment: 12 Pages, 1 Figur
On Quark Substructures in an Inspired Unified Model
Motivated by the growing attention devoted to the Quantum Chromodynamics
sector of the Standard Model, and the recent observations of non-standard
hadronic states, a possible substructure of quarks in terms of four colorless bound particles "hyperquarks" is investigated in a -inspired
unified model. This aims to define a subtle structure of matter as well as an
explanation of some particularities of quarks. Precisley, these hyperquarks
are bound by a "hyperstrong force" under which they are
assumed to be charged. Exploiting certain known data, the masses and the
charges of such fundamental particles are discussed along with the emerged four
extra quarks and three hyperweak
bosons .Comment: Latex, 11 Pages, 1 Figure and 4 Table