Theory of shot noise in high-current space-charge-limited
... not available in the time-averaged value, such as the particlewave duality of electron transport. The deviation from the uncorrelated shot noise is commonly termed as the Fano factor ␥ = S / 2eI, where ␥ ⬍ 1 indicates the suppression of shot noise due to the correlations among the electrons. It was ...
... not available in the time-averaged value, such as the particlewave duality of electron transport. The deviation from the uncorrelated shot noise is commonly termed as the Fano factor ␥ = S / 2eI, where ␥ ⬍ 1 indicates the suppression of shot noise due to the correlations among the electrons. It was ...
Asymptotic Safety in Quantum Gravity and Diffeomorphic Non
... singularity, there is a null-line singularity at r = 0 and a null-surface at r = 0+ . This may sound quite paradoxical but it is a consequence of the metric discontinuity at r = 0, the location of the point mass (singularity). This key fact may have important consequences for the resolution of the f ...
... singularity, there is a null-line singularity at r = 0 and a null-surface at r = 0+ . This may sound quite paradoxical but it is a consequence of the metric discontinuity at r = 0, the location of the point mass (singularity). This key fact may have important consequences for the resolution of the f ...
dass eine mathematisch erfasste kosmologiearbeit in
... (respectively a form of energy which is equivalent to antigravity, e.g. cooling down) takes the contrary value to gravity at each moment in time 14. As long as a balancing form of energy does not exist, this facts would disaccord to the expansion obviousness. Together with cooling down gravity could ...
... (respectively a form of energy which is equivalent to antigravity, e.g. cooling down) takes the contrary value to gravity at each moment in time 14. As long as a balancing form of energy does not exist, this facts would disaccord to the expansion obviousness. Together with cooling down gravity could ...
Self-adjoint operators and solving the Schrödinger equation
... In this tutorial we collect facts from the theory of self-adjoint operators, mostly with a view of what is relevant for applications in mathematical quantum mechanics, in particular for solving the Schrödinger equation. Specific topics include the spectral theorem and functional calculus for self-a ...
... In this tutorial we collect facts from the theory of self-adjoint operators, mostly with a view of what is relevant for applications in mathematical quantum mechanics, in particular for solving the Schrödinger equation. Specific topics include the spectral theorem and functional calculus for self-a ...
Berry phase correction to electron density of states in solids
... We note that while Landau levels make the Fermi sea volume oscillate with the field, the effect described above gives an overall shift on average. Such a shift has important implications to those Fermi-surface related behaviors such as transport properties. For instance, in metals, it can induce a m ...
... We note that while Landau levels make the Fermi sea volume oscillate with the field, the effect described above gives an overall shift on average. Such a shift has important implications to those Fermi-surface related behaviors such as transport properties. For instance, in metals, it can induce a m ...
The quantum does not reduce to discrete bits
... One purpose to hidden variable theories is to give a mathematical realization of probabilities. If the observables are random variables, then it is natural to assume that they are functions of some measure-one parameter space. If some physical significance to that parameter space can be found, so mu ...
... One purpose to hidden variable theories is to give a mathematical realization of probabilities. If the observables are random variables, then it is natural to assume that they are functions of some measure-one parameter space. If some physical significance to that parameter space can be found, so mu ...
Quantenmechanik mit Schaltkreisen: Photonen und Qubits auf einem supraleitenden Mikrochip (ETH Zurich) www.qudev.ethz.ch
... • the cavity: a superconducting 1D transmission line resonator with large vacuum field E0 and long photon life time 1/κ • the artificial atom: a Cooper pair box with large EJ/EC with large dipole moment d and long coherence time 1/γ A. Blais et al., PRA 69, 062320 (2004) ...
... • the cavity: a superconducting 1D transmission line resonator with large vacuum field E0 and long photon life time 1/κ • the artificial atom: a Cooper pair box with large EJ/EC with large dipole moment d and long coherence time 1/γ A. Blais et al., PRA 69, 062320 (2004) ...
Effect of the Spin-Spin Interaction on the Coulomb`s Law
... From Equations (12) and (13), it appears that there is an oscillating interaction between the two electrons belonging to different atoms. The nature of this interaction may be not different of that which is encountered in the case of interaction between two ions by indirect exchange [11]. In the lat ...
... From Equations (12) and (13), it appears that there is an oscillating interaction between the two electrons belonging to different atoms. The nature of this interaction may be not different of that which is encountered in the case of interaction between two ions by indirect exchange [11]. In the lat ...
Phys. Rev. Lett. 104, 126401
... The effective model and the exact data agree very well for all interdot couplings, as seen in Fig. 2. At zero magnetic field, only the first and the last term in Eq. (15) survive. This is the result of Ref. [20], where primed operators were used to refer to the fact that the Hamiltonian Hex refers t ...
... The effective model and the exact data agree very well for all interdot couplings, as seen in Fig. 2. At zero magnetic field, only the first and the last term in Eq. (15) survive. This is the result of Ref. [20], where primed operators were used to refer to the fact that the Hamiltonian Hex refers t ...
Contents - Center for Ultracold Atoms
... Figure 4.1. Decomposition of a spherically symmetric cloud of magnetization for finding the field at its center. ...
... Figure 4.1. Decomposition of a spherically symmetric cloud of magnetization for finding the field at its center. ...
