Introduction to Nonequilibrium Quantum Field Theory
... in the early universe. The precise understanding of phenomena out of equilibrium play therefore a crucial role for our knowledge about the primordial universe. Important examples are the density fluctuations, nucleosynthesis or baryogenesis — the latter being responsible for our own existence. The ...
... in the early universe. The precise understanding of phenomena out of equilibrium play therefore a crucial role for our knowledge about the primordial universe. Important examples are the density fluctuations, nucleosynthesis or baryogenesis — the latter being responsible for our own existence. The ...
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... nonzero strength everywhere (including otherwise empty space), which in its vacuum state breaks the weak isospin symmetry of the electroweak interaction. When this happens, three components of the Higgs field are "absorbed" by the SU(2) and U(1) gauge bosons (the "Higgs mechanism") to become the lon ...
... nonzero strength everywhere (including otherwise empty space), which in its vacuum state breaks the weak isospin symmetry of the electroweak interaction. When this happens, three components of the Higgs field are "absorbed" by the SU(2) and U(1) gauge bosons (the "Higgs mechanism") to become the lon ...
Time, what is it? Dynamical Properties of Time
... where u ′0 = const , ω′ = eB′ m , ϕ′ = ω′ t ′ + α , α = const , m is the relativistic mass of particle. Write down the position vector of the particle in the form ...
... where u ′0 = const , ω′ = eB′ m , ϕ′ = ω′ t ′ + α , α = const , m is the relativistic mass of particle. Write down the position vector of the particle in the form ...
Functional Form of the Imaginary Part of the Atomic Polarizability
... in general, is the ground state. The xi are the Cartesian components of the electron coordinate (the summation convention is used for i), while the sum over the two terms with both signs ±ω will be encountered several times in P the following; it is denoted by the symbol ± here. The polarizability o ...
... in general, is the ground state. The xi are the Cartesian components of the electron coordinate (the summation convention is used for i), while the sum over the two terms with both signs ±ω will be encountered several times in P the following; it is denoted by the symbol ± here. The polarizability o ...
PowerPoint
... Dynamical Chiral Symmetry Breaking with Nonet Scalar Mesons as Composite Higgs Bosons and Predictions for Mass Spectra of Lowest Lying Mesons Chiral Thermodynamic Model of QCD and QCD Phase Transition with Chiral Symmetry Restoration Predictive Realistic Holographic AdS/QCD Model for the Mass Sp ...
... Dynamical Chiral Symmetry Breaking with Nonet Scalar Mesons as Composite Higgs Bosons and Predictions for Mass Spectra of Lowest Lying Mesons Chiral Thermodynamic Model of QCD and QCD Phase Transition with Chiral Symmetry Restoration Predictive Realistic Holographic AdS/QCD Model for the Mass Sp ...
Simulating a simple Quantum Computer
... have been applied, and in the other you may find say 1 gate operation has been applied. Thus cursor1 is not, in general, the same as cursor2 Consequently, the relative states of the program qubits of each computer will then also be different after the measurements of the cursor. Hence projected1 is ...
... have been applied, and in the other you may find say 1 gate operation has been applied. Thus cursor1 is not, in general, the same as cursor2 Consequently, the relative states of the program qubits of each computer will then also be different after the measurements of the cursor. Hence projected1 is ...
Theoretische und Mathematische Grundlagen der Physik
... The decoherence rate of a quantum particle can be much higher than the rate of momentum change. An example is a free particle moving with a constant velocity in a dephasing environment. Such a particle is described by a wavepacket whose half-width is determined by the dephasing rate. In the single-p ...
... The decoherence rate of a quantum particle can be much higher than the rate of momentum change. An example is a free particle moving with a constant velocity in a dephasing environment. Such a particle is described by a wavepacket whose half-width is determined by the dephasing rate. In the single-p ...
Phys.Rev.Lett. 84, 1
... momentum (position) are equally probable. In 1927, Bohr illustrated complementarity via the “wavelike” and “particlelike” attributes of a quantum mechanical object [1]. Since then, complementarity has often been superficially identified with the “wave-particle duality of matter.” Over the years Youn ...
... momentum (position) are equally probable. In 1927, Bohr illustrated complementarity via the “wavelike” and “particlelike” attributes of a quantum mechanical object [1]. Since then, complementarity has often been superficially identified with the “wave-particle duality of matter.” Over the years Youn ...
Path-Integral Molecular Dynamics at Thermal Equilibrium
... With this arbitrary choice of mass matrix the partition function is given by, ...
... With this arbitrary choice of mass matrix the partition function is given by, ...
The Interaction of Radiation and Matter: Quantum
... most applications of interest in optics, the spectral amplitudes will have appreciable values only within a spectral width which is small compared to some mean frequency . Thus, it often useful to express the analytic signal in terms of a temporal modulation of a mean monochromatic -- viz. ...
... most applications of interest in optics, the spectral amplitudes will have appreciable values only within a spectral width which is small compared to some mean frequency . Thus, it often useful to express the analytic signal in terms of a temporal modulation of a mean monochromatic -- viz. ...