Laura Covi Institute for Theoretical Physics Georg-August
... They are usually not a thermal relic since if they are thermal their number density is compatible only with Hot/Warm DM... Moreover they do not need to have an exactly conserved quantum number to be ...
... They are usually not a thermal relic since if they are thermal their number density is compatible only with Hot/Warm DM... Moreover they do not need to have an exactly conserved quantum number to be ...
Chapter 44
... Explanation of why the expansion of the universe is accelerating? Is there a kind of antigravity force acting between widely separated galaxies? Is it possible to unify electroweak and strong forces? Why do quark and leptons form similar but ...
... Explanation of why the expansion of the universe is accelerating? Is there a kind of antigravity force acting between widely separated galaxies? Is it possible to unify electroweak and strong forces? Why do quark and leptons form similar but ...
Observation of the Higgs Boson - Purdue Physics
... with which gives the same effect as mass: – A massless particle travels at the speed of light – Massless particles that “stick” to the Higgs field are slowed down – Photons and gluons don’t couple to the Higgs field so they remain massless. ...
... with which gives the same effect as mass: – A massless particle travels at the speed of light – Massless particles that “stick” to the Higgs field are slowed down – Photons and gluons don’t couple to the Higgs field so they remain massless. ...
Elementary Particles: A Brief History
... particles made of up and down quarks). Quarks and leptons are the particles that make up the matter. Four particles are called gauge bosons. These are the particles that transmit forces and thus allow fermions to interact. The Higgs boson, though not a gauge boson, is required not to transmit force ...
... particles made of up and down quarks). Quarks and leptons are the particles that make up the matter. Four particles are called gauge bosons. These are the particles that transmit forces and thus allow fermions to interact. The Higgs boson, though not a gauge boson, is required not to transmit force ...
e - Instituto de Física Facultad de Ciencias
... And their observables: proton decay, sparticles, neutrino masses and ...
... And their observables: proton decay, sparticles, neutrino masses and ...
Assignment for Physics 295 – Professor Thomson – due May 2 2005
... on special relativity. He didn’t notice it straight away and thought it was curious! Note also that Einstein’s original paper on special relativity has no bibliography – he did not refer back to the work of a single previous physicist, mathematician or scientist. And that’s because nobody had ever p ...
... on special relativity. He didn’t notice it straight away and thought it was curious! Note also that Einstein’s original paper on special relativity has no bibliography – he did not refer back to the work of a single previous physicist, mathematician or scientist. And that’s because nobody had ever p ...
Glossary File
... In the Standard Model the fundamental interactions are the strong, electromagnetic, weak, and gravitational interactions. Four interaction types are all that are needed to explain all observed physical phenomena. The theory proposes at least one more fundamental interaction that is responsible for f ...
... In the Standard Model the fundamental interactions are the strong, electromagnetic, weak, and gravitational interactions. Four interaction types are all that are needed to explain all observed physical phenomena. The theory proposes at least one more fundamental interaction that is responsible for f ...
Nuclear and Hadron physics
... OUTLINE OF THE COURSE • Lecture 1: Hadron Physics. Experiments: new toys – new knowledge (progress in particle detector systems). Research areas: Hadron spectroscopy, meson rare decays (physics beyond SM), structure of hadrons. ...
... OUTLINE OF THE COURSE • Lecture 1: Hadron Physics. Experiments: new toys – new knowledge (progress in particle detector systems). Research areas: Hadron spectroscopy, meson rare decays (physics beyond SM), structure of hadrons. ...
Strong Electroweak Symmetry Breaking
... a “Mexican hat” depicting a potential for a particle (see figure 1.1) where a ball (particle) that is initially placed at the tip of the hat (maximum potential, i.e. at high energies) and is symmetric under rotations takes up a specific value when it tips off the top of the hat into the rim; the pic ...
... a “Mexican hat” depicting a potential for a particle (see figure 1.1) where a ball (particle) that is initially placed at the tip of the hat (maximum potential, i.e. at high energies) and is symmetric under rotations takes up a specific value when it tips off the top of the hat into the rim; the pic ...
View Commentary - Journal Club for Condensed Matter Physics
... and C. M. Varma, Phys. Rev. B 26, 4883 (1982)). The recent condensed matter realizations of the Higgs mode are associated with quantum phase transitions which are fully described by relativistic Lagrangians like those in (1) in both the ordered and disordered phases, and at the quantum critical poin ...
... and C. M. Varma, Phys. Rev. B 26, 4883 (1982)). The recent condensed matter realizations of the Higgs mode are associated with quantum phase transitions which are fully described by relativistic Lagrangians like those in (1) in both the ordered and disordered phases, and at the quantum critical poin ...
Presentazione di PowerPoint
... In the Standard Model the weak and the electromagnetic interactions have been combined into a unified electroweak theory. At very short distances (10-18 m) the strength of the weak interaction is comparable to that of the electromagnetic. On the other hand, at thirty times that distance (3x10-17 m) ...
... In the Standard Model the weak and the electromagnetic interactions have been combined into a unified electroweak theory. At very short distances (10-18 m) the strength of the weak interaction is comparable to that of the electromagnetic. On the other hand, at thirty times that distance (3x10-17 m) ...
Slide - Indico - Variable Energy Cyclotron Centre
... The Ultra Relativistic Quantum Molecular Dynamics (UrQMD) is a N-body transport model extensively used for describing heavy ion collisions of c.m. energy ranging from a few GeV/ nucleon to a few TeV/ nucleon. It includes 55 baryon species (up to mass 2.25 GeV) and 32 meson species (up to mass 1.9 G ...
... The Ultra Relativistic Quantum Molecular Dynamics (UrQMD) is a N-body transport model extensively used for describing heavy ion collisions of c.m. energy ranging from a few GeV/ nucleon to a few TeV/ nucleon. It includes 55 baryon species (up to mass 2.25 GeV) and 32 meson species (up to mass 1.9 G ...
