10 research outputs found
Spontaneous Symmetry Breakdown and Critical Perspectives of Higgs Mechanism
The foundations of the mass generation mechanism of particles are reviewed.
The Spontaneous Symmetry Breaking (SSB) process within the standard model (SM)
and the minimal supersymmetric standard model (MSSM) is used to explore the
present status of the Higgs Mechanism along with the constraints in detecting
the Higgs particles in experiments. The possible explanations and
generalizations for the case that the Higgs particles should not appear or to
couple the Higgs Mechanism (because of their gravitational nature of
interaction) are also iscussed in detail in view of the Higgs field gravity.Comment: 13 pages, no figures. Final version based on original to appear in
the Indian Journal of Physic
Black Hole Solutions and Pressure Terms in Induced Gravity with Higgs Potential
We study the quintessential properties of the Black Hole solutions in a
scalar--tensor theory of gravity with Higgs potential in view of the static and
spherically symmetric line element. In view of our earlier results,
Reissner--Nordstr\"om-like and Schwarzschild Black Hole solutions are derived
with the introduction of a series-expansion method to solve the field equations
without and with Higgs field mass. The physical consequences of the Black Hole
solutions and the solutions obtained in the weak field limit are discussed in
detail by the virtue of the equation-of-state parameter, the scalar-field
excitations and the geodesic motion. The appearance of naked singularities is
also discussed together with the dependence of Black Hole horizons on the field
excitations, which are themselves dependent on pressure terms which effectively
screen the mass terms. A possible connection to flat rotation curves following
the interaction with the scalar field is also presented in the weak field limit
of gravity, together with a discussion of dynamical effects of scalar fields
and pressure terms on mass.Comment: 28 pages, 4 figures, contents and figures modified, major revision,
results are unchanged, published in Classical and Quantum Gravit
Scalar-field Pressure in Induced Gravity with Higgs Potential and Dark Matter
A model of induced gravity with a Higgs potential is investigated in detail
in view of the pressure components related to the scalar-field excitations. The
physical consequences emerging as an artifact due to the presence of these
pressure terms are analysed in terms of the constraints parting from energy
density, solar-relativistic effects and galactic dynamics along with the dark
matter halos.Comment: 26 pages, 3 figures, Minor revision, Published in JHE
Higgs Scalar-Tensor Theory for Gravity and the Flat Rotation Curves of Spiral Galaxies
The scalar-tensor theory of gravity with the Higgs field as scalar field is
presented. For central symmetry it reproduces the empirically measured flat
rotation curves of galaxies. We approximate the galaxy by a polytropic gas
sphere with the polytropic index and a massive core.Comment: 17 pages, 12 figure
Screening current and dielectric parameters in dual QCD
808-814The screening current mechanism and dual Meissner effect in the QCD vacuum have been studied in view of the action for a dual (magnetic) superconductor derivable from the Zwanziger’s two-potential formalism. The flux tube structure emerging as an artifact of screening current in the background of both the monopole and dyon condensation has been investigated. The magneto-statical representation of the flux tube has also been presented with the conditions which are necessary to form a tube. The dielectric parameters of dual QCD vacuum have been calculated and the size of the flux tube resulting from the monopole and dyon condensation is compared