Standard Model of Particles
Physics in Discrete Spaces: On the Standard Model of Particles
... the model of discrete space-time that we have put forward in preceding contributions, the universe as a whole could be considered as a sort of spin glass that is a set of randomly interacting Ising spins called ...
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Standard Model Picture with 61 Elementary Particles
... spin-inversed particles to draw the half-spin circle of the same ...the Standard Model proposes that each half spin point has its Antipoint, we get the Anti-Muon and the Anti-Tau by inverting the ...
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Standard Model Picture with 61 Elementary Particles
... Standard Model. The upper pictures show that the later discovered particles (Quarks, Gluons & Higgs) can be fitted into the same model if both W+ & W- rays are united with the Higgs ...
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Semi Harmonic Scaling Enables Calculation of Masses of Elementary Particles of the Standard Model
... tum-entangled particles was real, and this became known as Bell’s theorem or ...elementary particles are still free parameters in the Standard model, but some empirical formulae for masses of ...
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A Complete Set of 22 Elementary Particles for an Expanded Standard Model
... a model for a complete set of elementary particles, including those not dealt with by the Standard ...The Standard Model has 12 matter particles (that come in three generations ...
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Emergence of standard-model-like fields and particles in gravitation-diffusion vacuum
... proposed model, fields/particles (resemble those of the Standard Model) emerge from a dynamic self-organized medium (which we associate with vacuum dust) from competition between ...
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Some New Particles beyond the Standard Model
... B-L model provides also a natural explanation for the presence of three right-handed neutrinos, [7-9] and can account for the current experimental results of the light neutrino masses and their ...long-lived ...
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Variations on the standard model of the universe
... An alternative (and to us, more appealing) scenario is one where long lifetimes are obtained by considering nearly degenerate LDP and NLDP masses. In this case, decay rates become small, without suppressed couplings, ...
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On The Nature Of The Higgs Boson
... Standard model extensions can be built by adding physical and fake particles, as long as they satisfy the conditions for the cancellation of the gauge anomalies and their masses are large enough to ...
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Gravitational leptogenesis, reheating, and models of neutrino mass
... Majorana particles, and the neutrino mass scale is set by the type-I seesaw mechanism upon introducing much heavier right-chiral Majorana ...the standard model fermions, and the lepton number carried ...
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Studies of CP violation in charmless three body b hadron decays
... Decays which have a substantial loop-mediated contribution can be affected by off mass-shell intermediate particles that do not appear in the Standard Model. As such, a comparison between the CKM ...
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On the Significance of Standard Model Errors
... 9) The electroweak theory of the SM contains erroneous elements (see Section 2 in [28]). For example, the W ± are two electrically charged particles which the electroweak theory regards as elementary. These ...
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A Search for Dark Matter Through Invisible Decays of the Higgs Boson With the Atlas Detector at the LHC
... promising model for dark matter is that it is massive and that it experiences weak ...to Standard Model particles through the Higgs ...portal model limits are placed on the allowed ...
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Yang, Hao (2012): Diffractive production of pion-f1 in pion-proton interactions at COMPASS (CERN). Dissertation, LMU München: Fakultät für Physik
... The standard model explains such forces as resulting from matter particles exchanging other particles, known as force mediating particles (Strictly speak- ing, this is only so if ...
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Heinrich, Jochen Jens (2018): Search for charged stable massive particles with the ATLAS detector. Dissertation, LMU München: Fakultät für Physik
... dard Model of particle physics. With only a handful of elementary particles known at the time the complex mathematical foundation of the model seemed like an utter theoretical ...predicted ...
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1609.05927.pdf
... massive particles (WIMPs) are prime candidates for cold dark ...other standard model (SM) particles solely via the electroweak force, which allows them to fall out of kinetic equilibrium with ...
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evisiting Co n s t r a i n t so f Fo u r t h - Ge n e r a t i o nQ u a r k s a n dL e p t o n s
... In short, it is possible. But only theoretically now, but soon it may turn out to be wrong or just a fantastic right. And the Unified Standard Model, then would have at least 14-16 particles. And we ...
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An Introduction to Particle Dark Matter
... loose model-independent constraints exist on DM self-interaction and on DM interaction with Standard Model particles, a broad portfolio of experimental probes has been deployed over the years ...
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Unparticles: Interpretation and Cosmology
... We discuss the physical interpretation of unparticles and review the con- straints from cosmology. Unparticles may be understood in terms of confined states of a strongly-coupled scale-invariant theory, where ...
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Ferreiro Iachellini, Nahuel (2019): Increasing the sensitivity to low mass dark matter in CRESST-III with a new DAQ and signal processing. Dissertation, LMU München: Fakultät für Physik
... CCDs are silicon detectors originally developed for high-quality, low-noise, digital cameras. The detection principle is the usual one of semiconductor-based detectors: particle interactions cause the creation of ...
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