Unparticle_Dark_Matter_(GUT07)
... • Beyond the SM (for model buildings in this LHC era): Are there totally unexpected phenomena which has not yet discovered so far? What would be expected to happen at LHC that might be originated from some unknown models, not only SUSY or extra dimensional models, etc.? This is basically the motivat ...
... • Beyond the SM (for model buildings in this LHC era): Are there totally unexpected phenomena which has not yet discovered so far? What would be expected to happen at LHC that might be originated from some unknown models, not only SUSY or extra dimensional models, etc.? This is basically the motivat ...
LECTURE NOTES ON STATISTICAL MECHANICS Scott Pratt Department of Physics and Astronomy
... to understand why all states are equally populated from the perspective of dynamics. The Ergodic theorem is built on the symmetry of time-reversal, i.e., the rate at which one changes from state i to state j is the same as the rate at which one changes from state j to state i. Here, we can consider ...
... to understand why all states are equally populated from the perspective of dynamics. The Ergodic theorem is built on the symmetry of time-reversal, i.e., the rate at which one changes from state i to state j is the same as the rate at which one changes from state j to state i. Here, we can consider ...
EUBET 2014: Applications of effective field theories to particle
... amplitudes to higher energy, and study possible new resonances. This includes a curious one that can be generated by the hh-WW channel coupling alone, even if the perturbative elastic interaction vanishes. ...
... amplitudes to higher energy, and study possible new resonances. This includes a curious one that can be generated by the hh-WW channel coupling alone, even if the perturbative elastic interaction vanishes. ...
Extra Dimensions, no kidding
... spatial dimensions expand to the size we observe. Each resulting tower of particles includes a mass-less state and its excitations(these are again the Kaluza-Klein tower of states) whose masses are set by the size of the compact dimensions. The Standard Model particles are the mass-less states that ...
... spatial dimensions expand to the size we observe. Each resulting tower of particles includes a mass-less state and its excitations(these are again the Kaluza-Klein tower of states) whose masses are set by the size of the compact dimensions. The Standard Model particles are the mass-less states that ...
Chapter 3 Basic quantum statistical mechanics of spin
... representation of an algebra A over C. Then let φ : V → V be a homorphism, i.e. φ(av) = aφ(v) for any a ∈ A and v ∈ V . Then φ = λI, where I is the identity matrix. A vector space V “over C” means that multiplying a vector by a complex number gives another vector in V . It turns out that in the spin ...
... representation of an algebra A over C. Then let φ : V → V be a homorphism, i.e. φ(av) = aφ(v) for any a ∈ A and v ∈ V . Then φ = λI, where I is the identity matrix. A vector space V “over C” means that multiplying a vector by a complex number gives another vector in V . It turns out that in the spin ...
Violation of Bell`s inequalities in a quantum realistic framework
... can be predicted with certainty and obtained repeatedly within such a context will be called a modality. Given these definitions, let us bind them together by the following rule: In QM, modalities are attributed jointly to the system and the context. This principle will be called “CSM”, referring to ...
... can be predicted with certainty and obtained repeatedly within such a context will be called a modality. Given these definitions, let us bind them together by the following rule: In QM, modalities are attributed jointly to the system and the context. This principle will be called “CSM”, referring to ...
(pdf)
... group of rotation paths, and quantum physics. In 1927 Wolfgang Pauli formulated the theory of so-called spin 1/2 particles in R3 . Paul Dirac, in 1928, extended the theory to relativistic space-time. In classical mechanics, a rotating object possess an angular momentum vector. If one imagines ones s ...
... group of rotation paths, and quantum physics. In 1927 Wolfgang Pauli formulated the theory of so-called spin 1/2 particles in R3 . Paul Dirac, in 1928, extended the theory to relativistic space-time. In classical mechanics, a rotating object possess an angular momentum vector. If one imagines ones s ...
Relating Probability Amplitude Mechanics to
... will vary depending upon whether the experiment measuring that event was detailed (e.g., also assessed which slit the particle traversed en route to the screen) or less detailed (only assessed the particle's position on the detector screen). This paper will show that probability amplitude mechanics ...
... will vary depending upon whether the experiment measuring that event was detailed (e.g., also assessed which slit the particle traversed en route to the screen) or less detailed (only assessed the particle's position on the detector screen). This paper will show that probability amplitude mechanics ...