On the Formal Verification of Optical Quantum Gates in HOL
... Recently, some developments for the formal verification of quantum optics has been conducted in higher-order logic (HOL) theorem proving [12] [14]. The main reason behind the choice of HOL is because of the high expressiveness it offers. Definitely, this comes at the expense of the full automation that ...
... Recently, some developments for the formal verification of quantum optics has been conducted in higher-order logic (HOL) theorem proving [12] [14]. The main reason behind the choice of HOL is because of the high expressiveness it offers. Definitely, this comes at the expense of the full automation that ...
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... of large number of particle species only if we take into account energy of the box restricted the system, i.e. system with entropy larger then 2RE could be absorbed by black hole only inside the box, which energy is large enough to satisfy Bekenstein bound for whole system. This example demonstrate ...
... of large number of particle species only if we take into account energy of the box restricted the system, i.e. system with entropy larger then 2RE could be absorbed by black hole only inside the box, which energy is large enough to satisfy Bekenstein bound for whole system. This example demonstrate ...
Nature’s Queer Performativity “O 25
... of the ultra-right-wing The Claremont Institute in southern California, quotes the line from the opposite the editorial page piece and finishes the thought: “To regard ‘the generative distinction between male and female’ as arbitrary, [Jaffa] continued, ‘is to regard all the distinctions upon which ...
... of the ultra-right-wing The Claremont Institute in southern California, quotes the line from the opposite the editorial page piece and finishes the thought: “To regard ‘the generative distinction between male and female’ as arbitrary, [Jaffa] continued, ‘is to regard all the distinctions upon which ...
Quantum kinetic theory for a condensed bosonic gas
... anomalous fluctuations. In particular, we obtain kinetic equations that comprise the Gross-Pitaevskii equation and the quantum-Boltzmann equation as special instances. These kinetic equations are formulated basis independently and consider all second-order processes which give raise to collisional e ...
... anomalous fluctuations. In particular, we obtain kinetic equations that comprise the Gross-Pitaevskii equation and the quantum-Boltzmann equation as special instances. These kinetic equations are formulated basis independently and consider all second-order processes which give raise to collisional e ...
Module P10.4 The Schrödinger equation
... waves, including the following physics terms: travelling wave, standing wave, wavelength, angular wavenumber (k = 2π/ λ1), frequency, angular frequency (ω = 2πf1). You should be able to represent a travelling wave in sine or cosine notation. It is also assumed that you are acquainted with the de Bro ...
... waves, including the following physics terms: travelling wave, standing wave, wavelength, angular wavenumber (k = 2π/ λ1), frequency, angular frequency (ω = 2πf1). You should be able to represent a travelling wave in sine or cosine notation. It is also assumed that you are acquainted with the de Bro ...
Padgett, M. (2014) Light`s twist. Proceedings of the Royal Society of
... particles even when they are arbitrarily distant from each other. Most of the early demonstrations of quantum entanglement used the SAM of the light, manifested as polarization, to perform experimental tests in support of quantum theory. Zeilinger and co-workers [39] used OAM to extend these tests t ...
... particles even when they are arbitrarily distant from each other. Most of the early demonstrations of quantum entanglement used the SAM of the light, manifested as polarization, to perform experimental tests in support of quantum theory. Zeilinger and co-workers [39] used OAM to extend these tests t ...
EmQM15-Symposium Introduction-Walleczek-Grössing-10-23-2015
... interesting quantum mechanical states, for which we can think of some (or all) of the spatial dimensions as emergent. Together with emergent space, we have the emergent dynamics of space and thus emergent gravity.” “But it is hard to imagine how time could be emergent? How would we formulate quan ...
... interesting quantum mechanical states, for which we can think of some (or all) of the spatial dimensions as emergent. Together with emergent space, we have the emergent dynamics of space and thus emergent gravity.” “But it is hard to imagine how time could be emergent? How would we formulate quan ...
Quantum Decoherence and the - Philsci
... approach an individual microstate can evolve from a high entropy phase space region to a low entropy one. (Note that, by contrast, in Gibbs’s approach without coarse graining, problem (B) does not arise. Anti thermodynamical evolutions are impossible by construction, since thermodynamical magnitudes ...
... approach an individual microstate can evolve from a high entropy phase space region to a low entropy one. (Note that, by contrast, in Gibbs’s approach without coarse graining, problem (B) does not arise. Anti thermodynamical evolutions are impossible by construction, since thermodynamical magnitudes ...
Thermodynamics of the high temperature Quark-Gluon - IPhT
... coupling, but also the magnitude of the thermal fluctuations. These vary according to the relevant momentum scales, so that the accuracy of the weak coupling expansion depends on which momentum scale contributes dominantly to the quantity under consideration. In these lectures, after a brief introdu ...
... coupling, but also the magnitude of the thermal fluctuations. These vary according to the relevant momentum scales, so that the accuracy of the weak coupling expansion depends on which momentum scale contributes dominantly to the quantity under consideration. In these lectures, after a brief introdu ...
98, 010506 (2007)
... trivial strong-pairing phase. The weak-pairing phase, then, is suitable for use in the hardware of a quantum computer. Vortices in s-wave superfluids have been observed, and p-wave Feshbach resonances have been seen in recent experiments [9–11]. Therefore, establishing a px ipy superfluid in the o ...
... trivial strong-pairing phase. The weak-pairing phase, then, is suitable for use in the hardware of a quantum computer. Vortices in s-wave superfluids have been observed, and p-wave Feshbach resonances have been seen in recent experiments [9–11]. Therefore, establishing a px ipy superfluid in the o ...
Finite Element Method for Finite-Size Scaling in Quantum Mechanics
... field,38,43 hyperfine structure44 of atoms, and molecules in a timedependent external field45,46 are just a few examples of the versatility of the FEM in quantum mechanical problems today. In the next two sections, we outline the use of finite elements to solve for the Yukawa potential and the appli ...
... field,38,43 hyperfine structure44 of atoms, and molecules in a timedependent external field45,46 are just a few examples of the versatility of the FEM in quantum mechanical problems today. In the next two sections, we outline the use of finite elements to solve for the Yukawa potential and the appli ...
Analytic structure and power-series expansion of the S. A. Rakityansky
... problems as simplified toy models of quantum mechanics. Although such an attitude has its roots in the standard courses of quantum mechanics, this perception is far from being adequate. First of all, modern nano-technology allows us to fabricate the microscopic quantum devices that behave and can be ...
... problems as simplified toy models of quantum mechanics. Although such an attitude has its roots in the standard courses of quantum mechanics, this perception is far from being adequate. First of all, modern nano-technology allows us to fabricate the microscopic quantum devices that behave and can be ...
Linear superposition solutions to nonlinear wave equations
... Many physical phenomena in nature possess superposition properties, such as the superposition of mechanical waves, the superposition of electric fields, and the interference of light, all of which are wellknown superposition cases in the classical physics.[1,2] In quantum mechanics, the superposition ...
... Many physical phenomena in nature possess superposition properties, such as the superposition of mechanical waves, the superposition of electric fields, and the interference of light, all of which are wellknown superposition cases in the classical physics.[1,2] In quantum mechanics, the superposition ...
Cosmic quantum measurement - Proceedings of the Royal Society A
... meaning of the symbols corresponds to their meaning in the ¯rst two ¯gures. On the scale of this ¯gure, the photons remain at rest while in the delay coils. CL are classical links, by which an output from each experiment determines an input to the other. ...
... meaning of the symbols corresponds to their meaning in the ¯rst two ¯gures. On the scale of this ¯gure, the photons remain at rest while in the delay coils. CL are classical links, by which an output from each experiment determines an input to the other. ...
A classical analogue for adiabatic Stark splitting in non-hydrogenic atoms Robicheaux
... We only show results below for the cases C = 1, 0, and −1 although we did check that other values gave similar results. The motion of an electron in a non-Coulombic potential and an electric field is complicated, but we found the Runge– Lenz vector facilitated an understanding of the motion. In our ...
... We only show results below for the cases C = 1, 0, and −1 although we did check that other values gave similar results. The motion of an electron in a non-Coulombic potential and an electric field is complicated, but we found the Runge– Lenz vector facilitated an understanding of the motion. In our ...
quantum
... Feynman et al.’s gedankenexperiments are themselves very interesting in that they illustrate certain apparently incongruent characteristics of microscopic physical existents, namely particle-like and wave-like features. Feynman et al. discussed their gedankenexperiments in terms of Heisenberg’s unce ...
... Feynman et al.’s gedankenexperiments are themselves very interesting in that they illustrate certain apparently incongruent characteristics of microscopic physical existents, namely particle-like and wave-like features. Feynman et al. discussed their gedankenexperiments in terms of Heisenberg’s unce ...
L Generation of squeezed states and twin beams system
... noise at the orthogonal Žquadrature. phase. If this field is detected at this particular phase only, the signal to noise ratio is much less than the shot noise. For physical understanding, this process can be thought of as sending the light through a ‘shutter’ which is preferentially opened only dur ...
... noise at the orthogonal Žquadrature. phase. If this field is detected at this particular phase only, the signal to noise ratio is much less than the shot noise. For physical understanding, this process can be thought of as sending the light through a ‘shutter’ which is preferentially opened only dur ...
Paper
... discussion on matter wave amplification for fermions in Section 10 shows that this is not the case, and that collective enhancement is possible even for fermions when they are prepared in a cooperative state. 2. Determination of the static structure factor by Bragg spectroscopy The matrix element or ...
... discussion on matter wave amplification for fermions in Section 10 shows that this is not the case, and that collective enhancement is possible even for fermions when they are prepared in a cooperative state. 2. Determination of the static structure factor by Bragg spectroscopy The matrix element or ...
Quantum computation with trapped polar molecules
... cooling [37] or electric slowing and trapping [38], in combination with evaporative cooling [39], could yield larger and/or colder samples; the variety of molecules accessible to these techniques could enable the use of larger values of µ and/or smaller values of λt . Microfabricated traps based on ...
... cooling [37] or electric slowing and trapping [38], in combination with evaporative cooling [39], could yield larger and/or colder samples; the variety of molecules accessible to these techniques could enable the use of larger values of µ and/or smaller values of λt . Microfabricated traps based on ...