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... the VP is very small. Eavesdropping will decrease the entanglement, and increase the VP. ...
... the VP is very small. Eavesdropping will decrease the entanglement, and increase the VP. ...
Orbitals Package Examples Introduction Initialization
... The Orbitals package is useful for plotting and manipulating atomic orbitals. Numerical results are available by specifying all parameters, but symbolic arguments generally lead to general formulas. If one or two parameters are left symbolic, plots readily show the variation with the parameter(s), e ...
... The Orbitals package is useful for plotting and manipulating atomic orbitals. Numerical results are available by specifying all parameters, but symbolic arguments generally lead to general formulas. If one or two parameters are left symbolic, plots readily show the variation with the parameter(s), e ...
E - KFUPM Faculty List
... Using the last equation, the observed infrared frequency can yield the force constant direct measure of the stiffness of the bond. ...
... Using the last equation, the observed infrared frequency can yield the force constant direct measure of the stiffness of the bond. ...
letters - Atomcool
... theoretical signal with the point transfer function (PTF) of the imaging system [23]. The PTF is calculated by analyzing the propagation of light through the system, given the known lens geometry. In order to test this calculation, we used the system to image laser light emerging from an optical fib ...
... theoretical signal with the point transfer function (PTF) of the imaging system [23]. The PTF is calculated by analyzing the propagation of light through the system, given the known lens geometry. In order to test this calculation, we used the system to image laser light emerging from an optical fib ...
Quantum Process Tomography: Theory and Experiment
... Lecture 1: Decoherence and the quantum origin of the classical world. Evolution of quantum open systems. Quantum Brownian motion as a paradigm. Derivation of master equation for QBM. How to use it to characterize decoherence. Decoherence timescales. Pointer states. Lecture 2: Decoherence and disenta ...
... Lecture 1: Decoherence and the quantum origin of the classical world. Evolution of quantum open systems. Quantum Brownian motion as a paradigm. Derivation of master equation for QBM. How to use it to characterize decoherence. Decoherence timescales. Pointer states. Lecture 2: Decoherence and disenta ...
Chain rules for quantum Rényi entropies
... and can be used to prove strong converses for a variety of information theoretical problems [WWY14; CMW14; TWW14]. Furthermore, because of this wide applicability, the fundamental properties of Dα and Hα are being investigated: a number of properties have been proven in [ML+13], including the data p ...
... and can be used to prove strong converses for a variety of information theoretical problems [WWY14; CMW14; TWW14]. Furthermore, because of this wide applicability, the fundamental properties of Dα and Hα are being investigated: a number of properties have been proven in [ML+13], including the data p ...
UvA-DARE (Digital Academic Repository)
... et al. (2001) emphasize that the five strands they define are interdependent for the development of mathematical proficiency. For instance, a student might be procedurally fluent by having memorized a large set of rules. Conceptual understanding might help reduce this set of rules, enabling the stud ...
... et al. (2001) emphasize that the five strands they define are interdependent for the development of mathematical proficiency. For instance, a student might be procedurally fluent by having memorized a large set of rules. Conceptual understanding might help reduce this set of rules, enabling the stud ...
Implications of the two nodal domains conjecture for ground state
... The properties of the nodes of wave functions are important in many different fields: e.g., the study of quantum dots, the fixed node diffusion Monte Carlo method, the quantum Hall effect, and quantum chaos, to name a few. However, despite the fundamental importance of wave function nodes (as opposed ...
... The properties of the nodes of wave functions are important in many different fields: e.g., the study of quantum dots, the fixed node diffusion Monte Carlo method, the quantum Hall effect, and quantum chaos, to name a few. However, despite the fundamental importance of wave function nodes (as opposed ...
Quantum Contributions to Cosmological Correlations
... so it is natural that they should be dominated by a Gaussian probability distribution, with bilinear averages given by the terms in the Lagrangian that are quadratic in perturbations. Nevertheless, there is growing interest in the possibility of observing non-Gaussian terms in various correlation fu ...
... so it is natural that they should be dominated by a Gaussian probability distribution, with bilinear averages given by the terms in the Lagrangian that are quadratic in perturbations. Nevertheless, there is growing interest in the possibility of observing non-Gaussian terms in various correlation fu ...
The Compton-Schwarzschild correspondence from extended de
... an extended form of canonical non-relativistic quantum mechanics which, at first sight, appears to be non-gravitational, in the sense that the results obtained do not require the introduction of a classical Newtonian gravitational potential. Nonetheless, introducing such a potential as an external f ...
... an extended form of canonical non-relativistic quantum mechanics which, at first sight, appears to be non-gravitational, in the sense that the results obtained do not require the introduction of a classical Newtonian gravitational potential. Nonetheless, introducing such a potential as an external f ...
Macroscopic Quantum Tunneling in a Josephson Junction Coupled
... If we think of the JJ as a mass on a spring then perhaps it makes sense that increasing the coupling strength between it and another oscillator decreases its amplitude, since this means that the coupling spring gets stiffer. This effect is even more evident when the resonator frequency is small, sin ...
... If we think of the JJ as a mass on a spring then perhaps it makes sense that increasing the coupling strength between it and another oscillator decreases its amplitude, since this means that the coupling spring gets stiffer. This effect is even more evident when the resonator frequency is small, sin ...
Scattering time τ
... • The charge carriers travel at (relatively) high velocities for a time t & then “collide” with the crystal lattice. This results in a net motion opposite to the E field with drift velocity vd. • The scattering time t decreases with increasing temperature T, i.e. more scattering at higher temperatur ...
... • The charge carriers travel at (relatively) high velocities for a time t & then “collide” with the crystal lattice. This results in a net motion opposite to the E field with drift velocity vd. • The scattering time t decreases with increasing temperature T, i.e. more scattering at higher temperatur ...
Impurity and soliton dynamics in a Fermi gas with nearest
... between the excitations, as shown in Fig. 2(a). The analytic result in Fig. 2(a) is based on the DW model and agrees very well with the numerical solution. In the case of an impurity, the time evolution is richer. The impurity can oscillate between the two empty sites which form the antisoliton, and ...
... between the excitations, as shown in Fig. 2(a). The analytic result in Fig. 2(a) is based on the DW model and agrees very well with the numerical solution. In the case of an impurity, the time evolution is richer. The impurity can oscillate between the two empty sites which form the antisoliton, and ...
CHM2045 Exam 2 Review Questions Fall 2015
... 13) Select the false statements below. A) In any given atom, a l = 2 subshell can accommodate up to 5 electrons that have ms = –1/2 B) The n = 1 shell of any given atom can accommodate up to 2 electrons C) The following set of quantum numbers is allowed: n = 4, l = 2, ml = −2, ms = +1/2 D) The n = 4 ...
... 13) Select the false statements below. A) In any given atom, a l = 2 subshell can accommodate up to 5 electrons that have ms = –1/2 B) The n = 1 shell of any given atom can accommodate up to 2 electrons C) The following set of quantum numbers is allowed: n = 4, l = 2, ml = −2, ms = +1/2 D) The n = 4 ...
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... the transformed classes, they are less prevalent than in comparable traditional classes, and they often arise for different reasons than discussed in the previous literature. Further, we find new difficulties that have not been previously reported, associated with a struggle to make sense of the mod ...
... the transformed classes, they are less prevalent than in comparable traditional classes, and they often arise for different reasons than discussed in the previous literature. Further, we find new difficulties that have not been previously reported, associated with a struggle to make sense of the mod ...