Quantum stochastic processes as models for state vector reduction
... [ 5 ] the state vector obeys a causal non-linear differential equation with constant ‘secret parameters’ which are, however, stochastically distributed. Recently, Pearle [6- 1I ] and also Gisin [ 12, 131 have proposed Fokker-Planck diffusion equations (i.e., equivalently, Wiener processes) for the s ...
... [ 5 ] the state vector obeys a causal non-linear differential equation with constant ‘secret parameters’ which are, however, stochastically distributed. Recently, Pearle [6- 1I ] and also Gisin [ 12, 131 have proposed Fokker-Planck diffusion equations (i.e., equivalently, Wiener processes) for the s ...
A MINUS SIGN THAT USED TO ANNOY ME BUT
... as is done in [O], n(L) can be defined in terms of the number of components of L and the “framing number” of each component. 4. Matching the two constructions, in the case when the ribbon element is Qt We will now show how the skein relations used in defining the Kauffman bracket can be explained us ...
... as is done in [O], n(L) can be defined in terms of the number of components of L and the “framing number” of each component. 4. Matching the two constructions, in the case when the ribbon element is Qt We will now show how the skein relations used in defining the Kauffman bracket can be explained us ...
Control of
... the same physical phenomenon? If yes, what happened to the double slit analog where, no doubt, the interference terms vanish in the classical limit? ...
... the same physical phenomenon? If yes, what happened to the double slit analog where, no doubt, the interference terms vanish in the classical limit? ...
hosted here - Jeffrey C. Morton
... a categorification of a set-based structure is to make one recognizable by the fact that the original structure appears when we “decategorify” it. A special type of categorification is called “groupoidification” [2], since a groupoid is a special type of category. It again amounts to reversing a pro ...
... a categorification of a set-based structure is to make one recognizable by the fact that the original structure appears when we “decategorify” it. A special type of categorification is called “groupoidification” [2], since a groupoid is a special type of category. It again amounts to reversing a pro ...
Quantum Theory and the Brain - Biological and Soft Systems
... mechanics as our fundamental theory, then similar problems arise elsewhere. It is stressed in this paper that they arise for the brain, not only when the output of “quantum mechanical” experiments is contemplated, but continuously. “Collapse” ultimately occurs for the electron hitting the photograp ...
... mechanics as our fundamental theory, then similar problems arise elsewhere. It is stressed in this paper that they arise for the brain, not only when the output of “quantum mechanical” experiments is contemplated, but continuously. “Collapse” ultimately occurs for the electron hitting the photograp ...
Galilei covariance and Einstein`s equivalence principle in quantum
... considering that mass is an operator, a notion that figures as a tacit assumption in Bargmann’s approach and a declared model in Refs. [3,17], and that mass superpositions exist. Accepting that a boost is a theoretical operation implies that the residual phase in Eq. (8) should actually be viewed as ...
... considering that mass is an operator, a notion that figures as a tacit assumption in Bargmann’s approach and a declared model in Refs. [3,17], and that mass superpositions exist. Accepting that a boost is a theoretical operation implies that the residual phase in Eq. (8) should actually be viewed as ...
Critical Points in Modern Physical Theory
... of different views and separate clearly their incompatible features, appraising now and then the various possibilities as to their reasonableness and their degrees of popularity among scientists. In the course of this endeavor there will arise occasional suggestions dealing with wide-spread terminol ...
... of different views and separate clearly their incompatible features, appraising now and then the various possibilities as to their reasonableness and their degrees of popularity among scientists. In the course of this endeavor there will arise occasional suggestions dealing with wide-spread terminol ...
Certainty and Uncertainty in Quantum Information Processing
... Most startling are events that were predicted to happen with certainty by classical physics, but which in fact happen with probability 0. Thus, not only is it not true that everything we can conceive of is predicted to happen in some universe, but things we can hardly conceive of not happening do no ...
... Most startling are events that were predicted to happen with certainty by classical physics, but which in fact happen with probability 0. Thus, not only is it not true that everything we can conceive of is predicted to happen in some universe, but things we can hardly conceive of not happening do no ...
md-vol 4 no 2.qxp - md
... atomistic ideas of Democritus according to which cognition of nature must proceed by way of division of the macroscopic objects surrounding us into smaller parts, up to the indivisible ones (atoms) and their study would give an answer to all questions. And though today our atoms are not the smallest ...
... atomistic ideas of Democritus according to which cognition of nature must proceed by way of division of the macroscopic objects surrounding us into smaller parts, up to the indivisible ones (atoms) and their study would give an answer to all questions. And though today our atoms are not the smallest ...
Exploring Quantum Physics with Superconducting Circuits
... • the cavity: a superconducting 1D transmission line resonator with large vacuum field E0 and long photon life time 1/κ • the atom: a superconducting qubit with large dipole moment d and long coherence time 1/γ and fixed position … • … or any microscopic/macroscopic quantum element or ensemble there ...
... • the cavity: a superconducting 1D transmission line resonator with large vacuum field E0 and long photon life time 1/κ • the atom: a superconducting qubit with large dipole moment d and long coherence time 1/γ and fixed position … • … or any microscopic/macroscopic quantum element or ensemble there ...
What is and to which end does one study Bohmian Mechanics?
... process is repeated until the final imaging plane is reached and the trajectories are traced out. If a trajectory lands on a point that is not the center of a pixel, then a cubic spline interpolation between neighboring momentum values is used. Transverse coordinate[mm] ...
... process is repeated until the final imaging plane is reached and the trajectories are traced out. If a trajectory lands on a point that is not the center of a pixel, then a cubic spline interpolation between neighboring momentum values is used. Transverse coordinate[mm] ...
Programming with Quantum Communication
... quantum predicative programming ([22,23,21]), a recent generalisation of the wellestablished predicative programming ([14,15]). It supports the style of program development in which each programming step is proved correct as it is made. We inherit the advantages of the theory, such as its generality ...
... quantum predicative programming ([22,23,21]), a recent generalisation of the wellestablished predicative programming ([14,15]). It supports the style of program development in which each programming step is proved correct as it is made. We inherit the advantages of the theory, such as its generality ...
Solving Schrödinger`s equation around a desired energy
... where Vo is the average potential of the system and a is a parameter which is in the same order of the wave function kinetic energy. It is effacacious to test the value of a before doing large scale computations. lo We will test our method relative to the multiparameter minimization of
... where Vo is the average potential of the system and a is a parameter which is in the same order of the wave function kinetic energy. It is effacacious to test the value of a before doing large scale computations. lo We will test our method relative to the multiparameter minimization of
Entanglement Monotones and Measures: an overview 1
... Heisenberg's restrictions on measurement could be used to prevent the learning of confidential messages, but the important scientific journals at that time rejected this work. This issue was first published in 1984 by Charles Bennett and Gilles Brassard as a quantum cryptographic structure. Until 19 ...
... Heisenberg's restrictions on measurement could be used to prevent the learning of confidential messages, but the important scientific journals at that time rejected this work. This issue was first published in 1984 by Charles Bennett and Gilles Brassard as a quantum cryptographic structure. Until 19 ...
An Introduction To Resource Theories (Example: Nonuniformity
... operation on system A, while the other physicist can perform any operation on system B. This means the physicists can perform local operations. They can also talk to each other by using classical communication such that they can synchronize their actions. However, even together, they do not have ful ...
... operation on system A, while the other physicist can perform any operation on system B. This means the physicists can perform local operations. They can also talk to each other by using classical communication such that they can synchronize their actions. However, even together, they do not have ful ...
