Quantum fluctuation relations: Foundations and applications
... Eq. (2). Bochkov and Kuzovlev (1977, 1979, 1981a, 1981b) proved Eq. (14) for classical systems. Their derivation will be reviewed in the next section. The quantum version, Eq. (55), was not reported until recently (Andrieux and Gaspard, 2008). In Sec. III.C we discuss the fundamental obstacles that ...
... Eq. (2). Bochkov and Kuzovlev (1977, 1979, 1981a, 1981b) proved Eq. (14) for classical systems. Their derivation will be reviewed in the next section. The quantum version, Eq. (55), was not reported until recently (Andrieux and Gaspard, 2008). In Sec. III.C we discuss the fundamental obstacles that ...
Complexity Science, Living Systems, and Reflexing Interfaces:
... penetrating into cytoplasm would self-focus inside filaments whose diameter depend on symmetry breaking (Bose condensation) of ordered water dipoles. The diameter calculated was exactly the inner diameter of MTs (15 nm). In any case, all phenomena occurring within the brain, both at macroscopic or m ...
... penetrating into cytoplasm would self-focus inside filaments whose diameter depend on symmetry breaking (Bose condensation) of ordered water dipoles. The diameter calculated was exactly the inner diameter of MTs (15 nm). In any case, all phenomena occurring within the brain, both at macroscopic or m ...
Fano-Feshbach resonances in two
... rise to a second order pole in the Green’s function, in addition to the usual first order pole, we have investigated the impact on the shape of the scattering cross section as one approaches the EP. We have demonstrated that the merging of the two poles results in manifestly asymmetric line profiles ...
... rise to a second order pole in the Green’s function, in addition to the usual first order pole, we have investigated the impact on the shape of the scattering cross section as one approaches the EP. We have demonstrated that the merging of the two poles results in manifestly asymmetric line profiles ...
Zero-energy states in supersymmetric matrix models
... force-mediating particles. Supersymmetry refers in this context to an extended spacetime symmetry which relates fermions, the particles that constitute atoms and solid matter, to bosons, which are responsible for mediating the forces between matter particles. Dimensional reduction (to zero spacedime ...
... force-mediating particles. Supersymmetry refers in this context to an extended spacetime symmetry which relates fermions, the particles that constitute atoms and solid matter, to bosons, which are responsible for mediating the forces between matter particles. Dimensional reduction (to zero spacedime ...
The quantum phases of matter - Subir Sachdev
... where P is the perimeter of the boundary between regions A and B. The constant a depends upon microscopic details of the system under consideration, and is not particularly interesting. Our attention is focused on the value of the offset γ: this is believed to provide a universal characterization of ...
... where P is the perimeter of the boundary between regions A and B. The constant a depends upon microscopic details of the system under consideration, and is not particularly interesting. Our attention is focused on the value of the offset γ: this is believed to provide a universal characterization of ...
The interpretation of the Einstein-Rupp experiments and their
... [W]e do now not need to conclude that, in the case that an interference phenomenon with a phase ...
... [W]e do now not need to conclude that, in the case that an interference phenomenon with a phase ...
Charged domain-wall dynamics in doped antiferromagnets and spin
... be in first instance reflected in the magnetic responses. We show that the dynamics of a system of fluctuating interacting quantum domain walls has a characteristic crossover frequency scale that is set by the temperature (\G;k B T). Such a behavior is a prominent feature of the magnetic responses o ...
... be in first instance reflected in the magnetic responses. We show that the dynamics of a system of fluctuating interacting quantum domain walls has a characteristic crossover frequency scale that is set by the temperature (\G;k B T). Such a behavior is a prominent feature of the magnetic responses o ...
Quantum Thermodynamics - Open Research Exeter
... how the system evolved in time from (ρ(0) , H (0) ) to (ρ(τ ) , H (τ ) ). Therefore heat and work for an infinitesimal process will be denoted by hδQi and hδW i where the symbol δ indicates that heat and work are (in general) not full differentials and do not correspond to observables [41], in contr ...
... how the system evolved in time from (ρ(0) , H (0) ) to (ρ(τ ) , H (τ ) ). Therefore heat and work for an infinitesimal process will be denoted by hδQi and hδW i where the symbol δ indicates that heat and work are (in general) not full differentials and do not correspond to observables [41], in contr ...
Implementation of quantum logic gates using polar molecules in
... ultracold temperatures that we consider, the translational kinetic energy of the trapped molecules is very small and nearly harmonic within the trapping well, so the trapping energy is nearly constant and hence is omitted. Interactions involving open shell electronic structure or nuclear spins or qu ...
... ultracold temperatures that we consider, the translational kinetic energy of the trapped molecules is very small and nearly harmonic within the trapping well, so the trapping energy is nearly constant and hence is omitted. Interactions involving open shell electronic structure or nuclear spins or qu ...
Chapter 4 The Classical Delta
... separatrix net describes an interconnected region of constant energy extended throughout phase space. One would therefore expect point particles whose dynamics are governed by Hr/q starting on this separatrix net, to travel freely along this net through a wide area of phase space. In the case of q ∈ ...
... separatrix net describes an interconnected region of constant energy extended throughout phase space. One would therefore expect point particles whose dynamics are governed by Hr/q starting on this separatrix net, to travel freely along this net through a wide area of phase space. In the case of q ∈ ...
Fig. - UCSD Physics
... resulting in a further dependence of the Zak phase on the offset ∆ and the band index (Fig. 4a and Supplementary Information). To probe the dependence of ϕZak on ∆, we performed an experimental sequence that was similar to the one described above. However, instead of swapping the dimerization from D ...
... resulting in a further dependence of the Zak phase on the offset ∆ and the band index (Fig. 4a and Supplementary Information). To probe the dependence of ϕZak on ∆, we performed an experimental sequence that was similar to the one described above. However, instead of swapping the dimerization from D ...
Pauline Oliveros and Quantum Sound
... intentionally enfolding themselves into the fabric of the total order of the universe. True to her grasp of the dynamic nature of relationships within the quantum universe, the definition of phonon Oliveros renders can only be found on Wikipedia: “the tiniest particles of sound. Phonons are to sound ...
... intentionally enfolding themselves into the fabric of the total order of the universe. True to her grasp of the dynamic nature of relationships within the quantum universe, the definition of phonon Oliveros renders can only be found on Wikipedia: “the tiniest particles of sound. Phonons are to sound ...
Two-Level Atom at Finite Temperature
... strength of a dipole transition in the atom. Let us note that we do not use a rotating wave approximation in the coupling Hamiltonian (2b). As was shown previously in [28], the complete interaction term is necessary to obtain a correct expression for the polarizability of a two-level atom. 2.2. Two- ...
... strength of a dipole transition in the atom. Let us note that we do not use a rotating wave approximation in the coupling Hamiltonian (2b). As was shown previously in [28], the complete interaction term is necessary to obtain a correct expression for the polarizability of a two-level atom. 2.2. Two- ...
The Quantum Phases of Matter The Harvard community has made
... where P is the perimeter of the boundary between regions A and B. The constant a depends upon microscopic details of the system under consideration, and is not particularly interesting. Our attention is focused on the value of the offset γ: this is believed to provide a universal characterization of ...
... where P is the perimeter of the boundary between regions A and B. The constant a depends upon microscopic details of the system under consideration, and is not particularly interesting. Our attention is focused on the value of the offset γ: this is believed to provide a universal characterization of ...
