Titles and Abstracts
... consisting of the class operators of the group. This approach had been successfully applied to all of the finite groups and compact Lie groups and various useful coefficients for physical application of group representation theory had been calculated and tabulated. Feng-Shou Zhang (Beijing Normal Un ...
... consisting of the class operators of the group. This approach had been successfully applied to all of the finite groups and compact Lie groups and various useful coefficients for physical application of group representation theory had been calculated and tabulated. Feng-Shou Zhang (Beijing Normal Un ...
Particle Physics Today 2
... What is SUSY ? • Particles exist as (eg e, , q) – matter particles Bosons (eg , Z, W) – force carriers Fermions ...
... What is SUSY ? • Particles exist as (eg e, , q) – matter particles Bosons (eg , Z, W) – force carriers Fermions ...
How does one probe dense matter at 1012 K ?
... Do you believe it? This is an active area of current research. ...
... Do you believe it? This is an active area of current research. ...
Search for anomalous production of prompt same-sign
... in a cone of size ∆R = 0.3 surrounding the electron track (the latter being excluded from the sum) is required to be less than 10% of the electron pT . The isolation selections were optimised using electron pairs with a mass compatible with the Z boson in the data, such that the application of both ...
... in a cone of size ∆R = 0.3 surrounding the electron track (the latter being excluded from the sum) is required to be less than 10% of the electron pT . The isolation selections were optimised using electron pairs with a mass compatible with the Z boson in the data, such that the application of both ...
Lectures on Quantum Chromodynamics
... • The grade of the final exam by itself (i.e. without combining it with the grade from the hand-in exercises) and before applying the relevant weight of 0.8 needs to be above 5.5 (out of 10) or 55 (out of 100), • and the final grade which comes from the combination of both the final exam and the han ...
... • The grade of the final exam by itself (i.e. without combining it with the grade from the hand-in exercises) and before applying the relevant weight of 0.8 needs to be above 5.5 (out of 10) or 55 (out of 100), • and the final grade which comes from the combination of both the final exam and the han ...
In Search of the God Particle
... became massive – that is to say, they acquired mass. It is because of this mass that we are here today. We started this journey with the question: How do elementary particles get their mass? According to the prevailing theory, this breaking of symmetry made it possible for the particles to have mass ...
... became massive – that is to say, they acquired mass. It is because of this mass that we are here today. We started this journey with the question: How do elementary particles get their mass? According to the prevailing theory, this breaking of symmetry made it possible for the particles to have mass ...
Document
... Strangeness production not described by leading order calculation (contrary to pion production). It needs multiple parton scattering (e.g. EPOS) or NLO corrections to describe strangeness production. Part of it is a mass effect (plus a baryon-meson effect) but in addition there is a strangeness ‘pen ...
... Strangeness production not described by leading order calculation (contrary to pion production). It needs multiple parton scattering (e.g. EPOS) or NLO corrections to describe strangeness production. Part of it is a mass effect (plus a baryon-meson effect) but in addition there is a strangeness ‘pen ...
Basics of Particle Physics - The University of Oklahoma
... Particle physics is a branch of physics that studies the elementary constituents of matter and radiation, and the interactions between them. It is also called "high energy physics", because many elementary particles do not occur under normal circumstances in nature, but can be created and detected d ...
... Particle physics is a branch of physics that studies the elementary constituents of matter and radiation, and the interactions between them. It is also called "high energy physics", because many elementary particles do not occur under normal circumstances in nature, but can be created and detected d ...
A review of E infinity theory and the mass spectrum of high energy
... gravity of space–time is a hyperbolic fractal on a Klein modular group akin to what is shown in the figure. The relevance to high energy physics is more direct than one may suspect. For instance, the Weinberg mixing parameter sin2 hw at the electroweak scale is given by the cosine of the 3p=7 angle o ...
... gravity of space–time is a hyperbolic fractal on a Klein modular group akin to what is shown in the figure. The relevance to high energy physics is more direct than one may suspect. For instance, the Weinberg mixing parameter sin2 hw at the electroweak scale is given by the cosine of the 3p=7 angle o ...
Infrared and ultraviolet cutoffs of quantum field theory
... to have a modification of Lorentz transformations compatible with the presence of an observer-independent scale of length has been only recently initiated to be explored [13]. In order for the dispersion relation Eq. (5) to be compatible with the very stringent limits on CPT violation [14] it is ne ...
... to have a modification of Lorentz transformations compatible with the presence of an observer-independent scale of length has been only recently initiated to be explored [13]. In order for the dispersion relation Eq. (5) to be compatible with the very stringent limits on CPT violation [14] it is ne ...
1_CrivellinFPCP2017
... Avoid vector-like quarks by assigning charges to baryons as well Same mechanism in the quark and lepton sector Lμ-Lτ in lepton sector Good symmetry for the PMNS matrix ...
... Avoid vector-like quarks by assigning charges to baryons as well Same mechanism in the quark and lepton sector Lμ-Lτ in lepton sector Good symmetry for the PMNS matrix ...
constitution of matter, the standard model
... but massive nucleus. Quantum Theory made sense of atomic spectra and electron orbitals. Scattering experiments probed the constitution of the atom. The discovery of the neutron by Chadwick explained the occurrence of the nuclear isotopes. Protons, neutrons, and electrons provided a model for the bui ...
... but massive nucleus. Quantum Theory made sense of atomic spectra and electron orbitals. Scattering experiments probed the constitution of the atom. The discovery of the neutron by Chadwick explained the occurrence of the nuclear isotopes. Protons, neutrons, and electrons provided a model for the bui ...
