Vacuum fluctuations and moving atoms/detectors: From Casimir
... αoh̄ω02 d 3 1 Z ∞ dx Fsa (R, τ >> 2R/c) = êz e−2Rx/c . ...
... αoh̄ω02 d 3 1 Z ∞ dx Fsa (R, τ >> 2R/c) = êz e−2Rx/c . ...
Fluorescencedetected wave packet interferometry
... some of the effect of phase control on the two-pulse photodissociation yield ofNal. In addition, they provide an interesting discussion of the analogy between mUltiple slit scattering phenomena and multiple pulse excitation with phase controL Previous theoretical work on the interference effects of ...
... some of the effect of phase control on the two-pulse photodissociation yield ofNal. In addition, they provide an interesting discussion of the analogy between mUltiple slit scattering phenomena and multiple pulse excitation with phase controL Previous theoretical work on the interference effects of ...
Intermediate-coupling calculations of the effects of interacting resonances
... More recently it has been demonstrated that additional enhancement of DR occurs with crossed electric and magnetic fields @10,11#. In the presence of an electric or a magnetic field alone or parallel electric and magnetic fields, M is a good quantum number and the probability of recombination falls ...
... More recently it has been demonstrated that additional enhancement of DR occurs with crossed electric and magnetic fields @10,11#. In the presence of an electric or a magnetic field alone or parallel electric and magnetic fields, M is a good quantum number and the probability of recombination falls ...
Posterior distributions on certain parameter spaces obtained by using group theoretic methods adopted from quantum physics
... In this case since the two matrices are diagonal, they are commutative. In quantum mechanics, noncommutative matrices (or more generally, linear operators) may be used to construct expectations. Here we adopt the same approach. The distinction is sometimes made that the probability distributions use ...
... In this case since the two matrices are diagonal, they are commutative. In quantum mechanics, noncommutative matrices (or more generally, linear operators) may be used to construct expectations. Here we adopt the same approach. The distinction is sometimes made that the probability distributions use ...
More Graviton Physics
... allows an understanding not just of Newtonian gravity, but also of spin-dependent phenomena—geodetic precession and Lense-Thirring frame dragging—associated with general relativity which have recently been verified by gravity probe B [2]. However, despite these parallels, examination of quantum mech ...
... allows an understanding not just of Newtonian gravity, but also of spin-dependent phenomena—geodetic precession and Lense-Thirring frame dragging—associated with general relativity which have recently been verified by gravity probe B [2]. However, despite these parallels, examination of quantum mech ...
Nonequilibrium effects in transport through quantum dots - ICMM-CSIC
... far from the tunneling region. In this case no excitons are formed, but the orthogonality catastrophe persists. This process has been discussed in relation to the measurement of the charge in a quantum dot by the current through a neighboring point contact.19 We will study the simplest deviations fr ...
... far from the tunneling region. In this case no excitons are formed, but the orthogonality catastrophe persists. This process has been discussed in relation to the measurement of the charge in a quantum dot by the current through a neighboring point contact.19 We will study the simplest deviations fr ...
Quantum channels and their capacities: An introduction
... quantum information has features which are distinctly dierent from classical information, mainly due to the phenomenon of entanglement this opens the questions not only of quantifying entanglement, but of nding new mathematical approaches to the quantum case ...
... quantum information has features which are distinctly dierent from classical information, mainly due to the phenomenon of entanglement this opens the questions not only of quantifying entanglement, but of nding new mathematical approaches to the quantum case ...
Comprehensive analysis of electron correlations in
... The structure of atoms has been studied since the early days of quantum mechanics. Traditionally, the basic conceptual framework for describing a many-electron atom is the independent electron model. In this model each electron can occupy one of the many available ‘‘orbitals’’ which are determined b ...
... The structure of atoms has been studied since the early days of quantum mechanics. Traditionally, the basic conceptual framework for describing a many-electron atom is the independent electron model. In this model each electron can occupy one of the many available ‘‘orbitals’’ which are determined b ...
Do we really understand quantum mechanics?
... of single microscopical events; it is impossible to go beyond the formalism of the wave function (or its equivalent, the state vector | Ψ >1 ) and complete it; for some physicists, the Copenhagen interpretation also includes the diffi1 In all this article, we will not make any distinction between th ...
... of single microscopical events; it is impossible to go beyond the formalism of the wave function (or its equivalent, the state vector | Ψ >1 ) and complete it; for some physicists, the Copenhagen interpretation also includes the diffi1 In all this article, we will not make any distinction between th ...
