Pascual Jordan`s resolution of the conundrum of the wave
... Dreimännerarbeit. 14 It also tends to ignore the difference that we drew attention to above between Einstein’s original conception of wave-particle duality and wave-particle duality as it is usually understood in quantum mechanics. 15 Having chastised historians of physics in such broad-brush fash ...
... Dreimännerarbeit. 14 It also tends to ignore the difference that we drew attention to above between Einstein’s original conception of wave-particle duality and wave-particle duality as it is usually understood in quantum mechanics. 15 Having chastised historians of physics in such broad-brush fash ...
The polygon representation of three dimensional gravitation and its
... interact gravitationally. There are no such objects in the four dimensional world, since, if we try to “squeeze” matter in a too small region, it becomes a black hole. A black hole, however, is an extended object with a horizon separating its “inside” from the rest of the world. In other words, blac ...
... interact gravitationally. There are no such objects in the four dimensional world, since, if we try to “squeeze” matter in a too small region, it becomes a black hole. A black hole, however, is an extended object with a horizon separating its “inside” from the rest of the world. In other words, blac ...
Bell-like inequalities from symmetrized products of noncommuting
... their noncommutativity, and cannot be measured simultaneously, despite theoretical attempts at such a definition27,28 . Thus the question of a joint probability function does not arise operationally in quantum theory. However, if we attempt to describe the correlations in terms of hidden variables, ...
... their noncommutativity, and cannot be measured simultaneously, despite theoretical attempts at such a definition27,28 . Thus the question of a joint probability function does not arise operationally in quantum theory. However, if we attempt to describe the correlations in terms of hidden variables, ...
Quantum computing and mathematical research
... How to control the (initial) quantum states? How to create the appropriate environment for the quantum mechanical system to evolve without observing? How to “fight” decoherence (the interaction of the system and the external environment)? How to use the phenomena of superposition and entanglement ef ...
... How to control the (initial) quantum states? How to create the appropriate environment for the quantum mechanical system to evolve without observing? How to “fight” decoherence (the interaction of the system and the external environment)? How to use the phenomena of superposition and entanglement ef ...
1905, ANNUS MIRABILIS: THE ROOTS OF THE
... community I think there are few who have grasped the real nature, purport and role of the specific concepts introduced by Einstein, and mainly the profoundness of the methodological changes that he fostered. Likewise, the majority are not even aware of the fact that in 1900 there were two papers by ...
... community I think there are few who have grasped the real nature, purport and role of the specific concepts introduced by Einstein, and mainly the profoundness of the methodological changes that he fostered. Likewise, the majority are not even aware of the fact that in 1900 there were two papers by ...
Computing with Highly Mixed States
... a collection of 2m subspaces of dimension 2n−k in C2 have the property that the ...
... a collection of 2m subspaces of dimension 2n−k in C2 have the property that the ...
Introduction to Quantum Computing (2010) (e-book)
... existence and the number of local degrees of freedom. (It seems that the local degrees of freedom are a sign that anyons arise from a system with no symmetry in the Hamiltonian). 3) Finally, general understanding of dynamically created, or materialized symmetry is lacking. There one may find some in ...
... existence and the number of local degrees of freedom. (It seems that the local degrees of freedom are a sign that anyons arise from a system with no symmetry in the Hamiltonian). 3) Finally, general understanding of dynamically created, or materialized symmetry is lacking. There one may find some in ...
Introduction: 100 years of Brownian motion - Physik Uni
... fundamental work, they established a generally valid connection between the response function and the associated equilibrium quantum fluctuations, i.e., the quantum fluctuationdissipation theorem. Another key development must be credited to Lars Onsager: via his regression hypothesis, he linked the ...
... fundamental work, they established a generally valid connection between the response function and the associated equilibrium quantum fluctuations, i.e., the quantum fluctuationdissipation theorem. Another key development must be credited to Lars Onsager: via his regression hypothesis, he linked the ...
Quantum Mechanics (Part II)
... twentieth century, it was then realized that matter, by then universally thought to be made up of particles, sometimes behaved like a wave, confounding our intuitions about the working of the world, but also holding out the hope that since both matter and light exhibited this so-called wave-particle ...
... twentieth century, it was then realized that matter, by then universally thought to be made up of particles, sometimes behaved like a wave, confounding our intuitions about the working of the world, but also holding out the hope that since both matter and light exhibited this so-called wave-particle ...
Contextualizing Concepts using a Mathematical Generalization of
... 1985) or schemata (Rummelhart and Norman 1988), in which the causal relationships amongst features or properties are identified. A mini-theory contains knowledge concerning both which variables or measurements are relevant, and the values obtained for them. This does seem to be a step toward a riche ...
... 1985) or schemata (Rummelhart and Norman 1988), in which the causal relationships amongst features or properties are identified. A mini-theory contains knowledge concerning both which variables or measurements are relevant, and the values obtained for them. This does seem to be a step toward a riche ...
Contextualizing Concepts using a Mathematical
... 1985) or schemata (Rummelhart and Norman 1988), in which the causal relationships amongst features or properties are identified. A mini-theory contains knowledge concerning both which variables or measurements are relevant, and the values obtained for them. This does seem to be a step toward a riche ...
... 1985) or schemata (Rummelhart and Norman 1988), in which the causal relationships amongst features or properties are identified. A mini-theory contains knowledge concerning both which variables or measurements are relevant, and the values obtained for them. This does seem to be a step toward a riche ...
Three problems from quantum optics
... properties (the so-called local oscillator). Homodyne detection is a phase-sensitive method and it enables a direct measurement of quadratures, basic quantities used for describing the quantized electromagnetic field. Many important quantum-optical experiments are literally based on homodyne detecti ...
... properties (the so-called local oscillator). Homodyne detection is a phase-sensitive method and it enables a direct measurement of quadratures, basic quantities used for describing the quantized electromagnetic field. Many important quantum-optical experiments are literally based on homodyne detecti ...
7 Scattering theory and the S matrix
... It is important to realize that these assumptions are neither a priori obvious, nor are they always fulfilled. It could happen that H = H0 + Vint does not possess particle-like eigenstates at all (or not all of its eigenstates are particle-like). This is indeed so in conformal field theory models or ...
... It is important to realize that these assumptions are neither a priori obvious, nor are they always fulfilled. It could happen that H = H0 + Vint does not possess particle-like eigenstates at all (or not all of its eigenstates are particle-like). This is indeed so in conformal field theory models or ...
No. 18 - Department of Mathematics
... related to the superconformal symmetry algebra psu(2, 2|4). We also discuss general features of classical integrability, higher charges and Lax pairs, using as a toy model the theory of the principal chiral field (14). Starting from section 4, we enter the core of the topic of this review, i.e. the ...
... related to the superconformal symmetry algebra psu(2, 2|4). We also discuss general features of classical integrability, higher charges and Lax pairs, using as a toy model the theory of the principal chiral field (14). Starting from section 4, we enter the core of the topic of this review, i.e. the ...
1. Introduction - Université de Rennes 1
... is very simple and the chemical potential, given by A(x) = − log n(x) + 32 log(2π), depends on n(x) in a local way. Here, due to the operator formalism of quantum mechanics, which is not commutative, the density and the associated chemical potential are linked together by a non-explicit formula, and ...
... is very simple and the chemical potential, given by A(x) = − log n(x) + 32 log(2π), depends on n(x) in a local way. Here, due to the operator formalism of quantum mechanics, which is not commutative, the density and the associated chemical potential are linked together by a non-explicit formula, and ...