Strong Electroweak Symmetry Breaking
... through which gauge bosons in gauge theories acquire their mass. In this mechanism, they do so through “eating” or absorbing so-called massless Nambu–Goldstone bosons. The simplest implementation of this mechanism is addition of an extra Higgs field to the Standard Model. Here, symmetry is broken on ...
... through which gauge bosons in gauge theories acquire their mass. In this mechanism, they do so through “eating” or absorbing so-called massless Nambu–Goldstone bosons. The simplest implementation of this mechanism is addition of an extra Higgs field to the Standard Model. Here, symmetry is broken on ...
Quantum mechanical description of stress and force in
... stress tensor (Schrödinger 1927; Pauli 1933; Feynman 1939; Feynman 1939; Martin and Schwinger 1959; Kugler 1967; McLellan 1974; McLellan 1984; Folland 1986), we mainly use the seminal work by Nielsen and Martin’s (Nielsen and Martin 1983; Nielsen and Martin 1985) as a starting point. The outline of ...
... stress tensor (Schrödinger 1927; Pauli 1933; Feynman 1939; Feynman 1939; Martin and Schwinger 1959; Kugler 1967; McLellan 1974; McLellan 1984; Folland 1986), we mainly use the seminal work by Nielsen and Martin’s (Nielsen and Martin 1983; Nielsen and Martin 1985) as a starting point. The outline of ...
Chapter 5 Spacetime Particle Model
... larger about 10-13 m in order to have ½ ħ of orbital angular momentum. Since relativistic collision experiments seem to imply that an electron is no larger than 10-18 m, this 10-13 m physical size is rejected. The angular momentum of an electron is the first of three areas that imply a size mystery ...
... larger about 10-13 m in order to have ½ ħ of orbital angular momentum. Since relativistic collision experiments seem to imply that an electron is no larger than 10-18 m, this 10-13 m physical size is rejected. The angular momentum of an electron is the first of three areas that imply a size mystery ...
Exactly Solvable Quantum Field Theories: From
... • 1/N – expansion integrable? • Gluon amlitudes, correlators …integrable? • BFKL from Y-system? ...
... • 1/N – expansion integrable? • Gluon amlitudes, correlators …integrable? • BFKL from Y-system? ...
3 Species Fermion Gases Part 1 - Physikalisches Institut Heidelberg
... But now there is also the possibility of interactions between the different fermion species. How do we incorporate this? ...
... But now there is also the possibility of interactions between the different fermion species. How do we incorporate this? ...
here.
... can ask and hope to answer in quantum mechanics has troubled many physicists. But no attempt to improve upon quantum mechanics has so far succeeded. • There are still many physical situations where the implications of quantum mechanics have not been adequately understood due to a lack of experimenta ...
... can ask and hope to answer in quantum mechanics has troubled many physicists. But no attempt to improve upon quantum mechanics has so far succeeded. • There are still many physical situations where the implications of quantum mechanics have not been adequately understood due to a lack of experimenta ...
Femtoscopy with unlike-sign kaons at STAR in 200 GeV Au+Au
... In 1960 Goldhaber and collaborators observed in proton-antiproton annihilations an excess of pairs of identical pions produced at small relative momenta [1]. These observed correlations, as experimenters correctly asserted, came as a result of quantum statistics. Based on this observation the theore ...
... In 1960 Goldhaber and collaborators observed in proton-antiproton annihilations an excess of pairs of identical pions produced at small relative momenta [1]. These observed correlations, as experimenters correctly asserted, came as a result of quantum statistics. Based on this observation the theore ...
the quantum vacuum
... emphasis on unification of the physical forces. Its development is intimately connected with the development of the various unification research programs (Vizgin, 1994), where it occupies a central place (Aitchison, 1991). It is mainly through quantum mechanics that the notion of the vacuum has rece ...
... emphasis on unification of the physical forces. Its development is intimately connected with the development of the various unification research programs (Vizgin, 1994), where it occupies a central place (Aitchison, 1991). It is mainly through quantum mechanics that the notion of the vacuum has rece ...
Complete Lecture Notes
... By the turn of the 19th century, classical physics had reached its summit. The nature and motion of particles and matter was properly accounted for. Newtonian mechanics was put in a solid mathematical framework (Lagrange, Hamilton) and the properties of radiation was covered by Maxwell’s equations. ...
... By the turn of the 19th century, classical physics had reached its summit. The nature and motion of particles and matter was properly accounted for. Newtonian mechanics was put in a solid mathematical framework (Lagrange, Hamilton) and the properties of radiation was covered by Maxwell’s equations. ...
611: Electromagnetic Theory II
... The situation, then, is that if the Maxwell equations (1.7) hold in a given frame of reference, then they predict that the speed of light will be c ≈ 3 × 108 metres per second in that frame. Therefore, if we assume that the Maxwell equations hold in all inertial frames, then they predict that the sp ...
... The situation, then, is that if the Maxwell equations (1.7) hold in a given frame of reference, then they predict that the speed of light will be c ≈ 3 × 108 metres per second in that frame. Therefore, if we assume that the Maxwell equations hold in all inertial frames, then they predict that the sp ...