On some features of possible torsion effects on observables at Hadron colliders

Abstract

I give a geometrical description of conformal gauge gravitational theory (CGTG) from the viewpoint of symmetries and affine structure. In the frames of the CGTG incorporating gravitation with torsion space-time into Standard Model of electro-weak interaction (EWI) the multi-muon events produced at the Fermilab Tevatron collider were studied. The CGTG gives the value of the torsion pseudotrace–spinor (muon) universal coupling fT = 4.388 ⋅ 10-17 GF, and with limits from known experiments — torsion mass mT = 0.4700 ⋅ 10-7 eV or mT = 0.445 ⋅ 10-15 muon mass. So the value of the constant of effective four-fermions interaction fT/mT = 0.988, indeed may lead to multi-muon events production. The model of interaction of quantum oscillator with the tensor potential Wμν of traceless part of the torsion lead to 2 cm displacement of quark–lepton system as a whole in the magnetic field of collider in accordance with a significant sample of events related to [Formula: see text] production and decay in which at least one of the muon candidates is produced outside of the beam pipe of radius 1.5 cm. A traceless part of the torsion in CGTG does not vanish in the Newtonian limit of nonzero mass. Torsion gravity potential Wμν gives conservation of a special conformal current and may be produced in the condition of a spontaneous breaking of gauge symmetry where the gravitation mass MX defect is 1–3 Tev ⋅ c-2 or 10-13MX. This effect may be possible at known effects on top pair asymmetries at the Tevatron and LHC and takes place as the known energy dissipation above 3 TeV of the Galaxy gamma-ray and neutrino spectrum from two bubbles outside the Galaxy plane.

New Approach to the Breaking of Space Symmetry in the Masses Spectrum Problem in the Aspect of Spontaneous Breaking of Space Symmetry

“…Additionally to [2] in [3] it was shown that after the mass of the muon and tau-neutrinos calculation we came to the same but already the integer 2:5 = 0.4 ratio between the mass of muon neutrinos and muon ultra-light weight torsion [8].…”

“…In additional, there is a new isospin shock -wave (see [5,6]) in deep inelastic rescattering processes of the cumulative mesons production in the deuteron where the gravitation mass defect [7] ~ 10 MeV in the proton formfactor is required for distancing of the scaling parameter far from the kinematically forbidden zone. Isospin (I) -flip effect occur with increasing momentum in the lepton scattering being in the deuteron structure on 90% on a proton (I = +1/2) changes by the neutron (I = -1/2) on 90% also [8]. As you know a deep inelastic scattering of the iron nucleus on a deuteron in Fig.…”

“…All this investigation can be directly generalized for the case of the space strings in terms of the cone space topology which has no difference from the plane space-time everywhere except for a small angle, which is proportional to the mass density of the string by Nilsen-Olsen, which is similar to the mass angle of leptons anisotropy (see [8]) in the author`s Conformal Gauge Theory of Gravitation (1996). Standard Model, taking into account the gravity in evitably accompanied by anisotropy of Spontaneous Breaking of Space Symmetry vacuum [7] that whatever was said about the geometry of space-time.…”

Geo-cosmic Universal X-structure of Solar System Planets and Satellites in Applying to Exoplanet Systems

“…The X-structure constructed on basis of the theory (see also ref. No 7 at [9]) [1,8,[10][11] as it tested in [11]. The binding structure is made in a standard way by setting a scale factor K equal to the relation of the diameter of the central star to the diameter of the Sun.…”

“…It is this dependence of the width of the front of GDS from the mass of the nucleus allows you to present dependence of quantum distribution of Quark-lepton X-structure [1,8,[10][11] as quantum probability density, more precisely, the quantum Green's function) from the mass of nuclei in the form depending of mass density on the size of the semi-major axis of the orbit is still related jump (density). This should take into account the common property of solitons preserve the original envelope, which in this case is the nature of the reporting of the quantum distribution (this is a Green function defined in terms of high-energy processes [9]) for atomic dust of a Protoplanetary cloud. Moreover, the fall of meteorites and asteroids, etc.…”