Schrodinger Evolution for the Universe: Reparametrization
... techniques [15], here we will emphasise the connection to a generalised Hamilton–Jacobi formalism. One particular feature of this new formalism is that it allows us to make a direct connection between the change of the classical characteristic functional with respect to an independent parameter, and ...
... techniques [15], here we will emphasise the connection to a generalised Hamilton–Jacobi formalism. One particular feature of this new formalism is that it allows us to make a direct connection between the change of the classical characteristic functional with respect to an independent parameter, and ...
TEMPERATURE, PERIODICITY AND HORIZONS
... relativists in connection with black holes and accelerating observers are covered. After a review of the vacuum case, the two-point function corresponding to the grand canonical ensemble at vanishing chemical potential and at temperature 1/13 for a field theory in a finite region is constructed. Its ...
... relativists in connection with black holes and accelerating observers are covered. After a review of the vacuum case, the two-point function corresponding to the grand canonical ensemble at vanishing chemical potential and at temperature 1/13 for a field theory in a finite region is constructed. Its ...
HQ-1: Conference on the History of Quantum Physics Max Planck
... It would take almost two decades to confirm this equation experimentally. We see, in sum, that Einstein’s arguments for light quanta were based upon Boltzmann’s statistical interpretation of the entropy. He did not propose his light-quantum hypothesis “to explain the photoelectric effect,” as physic ...
... It would take almost two decades to confirm this equation experimentally. We see, in sum, that Einstein’s arguments for light quanta were based upon Boltzmann’s statistical interpretation of the entropy. He did not propose his light-quantum hypothesis “to explain the photoelectric effect,” as physic ...
Chapter 6 Quantum Computation
... be interested in how much time it takes to do the computation if many gates are permitted to execute in parallel. The depth of a circuit is the number of time steps required, assuming that gates acting on distinct bits can operate simultaneously (that is, the depth is the maximum length of a directe ...
... be interested in how much time it takes to do the computation if many gates are permitted to execute in parallel. The depth of a circuit is the number of time steps required, assuming that gates acting on distinct bits can operate simultaneously (that is, the depth is the maximum length of a directe ...
polarized quantum states
... respect to permutation of the vertical and horizontal directions). It has no classical counterpart. For all even total photon numbers such states exist. ...
... respect to permutation of the vertical and horizontal directions). It has no classical counterpart. For all even total photon numbers such states exist. ...
Chapter 1 - BYU Physics and Astronomy
... polarized, in their angular momentums, etc. In all of these cases of entanglement it is the correlation between the two particles that is makes it unique. One of the most popular examples of entangled systems in the physics literature is that of spin-½ particles and was first conceived by David Bohm ...
... polarized, in their angular momentums, etc. In all of these cases of entanglement it is the correlation between the two particles that is makes it unique. One of the most popular examples of entangled systems in the physics literature is that of spin-½ particles and was first conceived by David Bohm ...
Abstract PACS: 03.67.Bg, 04.80.Nn, 42.50.Pq, 37.10.Vz Email
... electrons spin states[3]. Bell accepts EPR conclusion and proposes Bell inequalities to give a judgment which theory describes the real world, quantum mechanics or local hidden variable model[4]. Entanglement as a new resource can not only be applied to information field, such as quantum state telep ...
... electrons spin states[3]. Bell accepts EPR conclusion and proposes Bell inequalities to give a judgment which theory describes the real world, quantum mechanics or local hidden variable model[4]. Entanglement as a new resource can not only be applied to information field, such as quantum state telep ...
Nuclear Physics
... atom, thereby demonstrating that the chemical "atom" was divisible and that the name might not be appropriate.[2] However, it was retained. This has led to some debate about whether the ancient philosophers, who intended to refer to fundamental individual objects with their concept of "atoms," were ...
... atom, thereby demonstrating that the chemical "atom" was divisible and that the name might not be appropriate.[2] However, it was retained. This has led to some debate about whether the ancient philosophers, who intended to refer to fundamental individual objects with their concept of "atoms," were ...
Program and Booklet - Fakultät für Mathematik
... We present an in-depth analysis regarding the error resistance and optimization of our all-optical Bell measurement and ultrafast long-distance quantum communication scheme proposed in [arXiv:1503.06777]. In order to promote our previous proposal from loss- to fault-tolerance, we introduce a general ...
... We present an in-depth analysis regarding the error resistance and optimization of our all-optical Bell measurement and ultrafast long-distance quantum communication scheme proposed in [arXiv:1503.06777]. In order to promote our previous proposal from loss- to fault-tolerance, we introduce a general ...
Linear Logic for Generalized Quantum Mechanics
... Quantum mechanics is based on a Hilbert space of states, a metrically complete inner product space, made an orthoframe by interpreting orthogonality standardly for Euclidean space. Although completeness does not have a first-order definition for either inner product spaces or orthoframes [Gol84], th ...
... Quantum mechanics is based on a Hilbert space of states, a metrically complete inner product space, made an orthoframe by interpreting orthogonality standardly for Euclidean space. Although completeness does not have a first-order definition for either inner product spaces or orthoframes [Gol84], th ...
Measurement Models for Quantum Zeno and anti
... In quantum mechanics there are two kinds of dynamical rules which are used to describe the observed time dependence of quantum states. For closed systems the unitary evolution according to the Schrödinger equation is valid. On the other hand, measured system experiences “reduction” or “collapse of ...
... In quantum mechanics there are two kinds of dynamical rules which are used to describe the observed time dependence of quantum states. For closed systems the unitary evolution according to the Schrödinger equation is valid. On the other hand, measured system experiences “reduction” or “collapse of ...
Chapter 28
... ANS: e 56. When electrons interact with a double slit, a. each electron passes through only one of the slits. b. each electron scatters from the sides of only one of the slits. c. each electron passes through both of the slits simultaneously. d. the diffraction pattern shows up on photographic film ...
... ANS: e 56. When electrons interact with a double slit, a. each electron passes through only one of the slits. b. each electron scatters from the sides of only one of the slits. c. each electron passes through both of the slits simultaneously. d. the diffraction pattern shows up on photographic film ...
The Timing of Conscious Experience: A Causality
... the timings of passive bodily sensory experiences and imagined or phantom sensory experiences. The predictions of the model are compared with experimental data indicating agreement and new experiments are proposed testing the model. In his recent book Penrose (1994) poses the paradox of the relation ...
... the timings of passive bodily sensory experiences and imagined or phantom sensory experiences. The predictions of the model are compared with experimental data indicating agreement and new experiments are proposed testing the model. In his recent book Penrose (1994) poses the paradox of the relation ...
Full text in PDF form
... but also that whence it appears. The question arises, whether the information is lost in this case for every separate observer. For the event under consideration this question sounds as follows: are the entropy densities S(in) and S(out) equal for every separate observer? It will be shown that in ...
... but also that whence it appears. The question arises, whether the information is lost in this case for every separate observer. For the event under consideration this question sounds as follows: are the entropy densities S(in) and S(out) equal for every separate observer? It will be shown that in ...
The University of Sydney
... This unit is assessed through a final examination, a mid-term examination, assignments taken throughout the semester, participation in computational physics sessions and a project and computational test at the end of semester. Proof of identification is required at all examinations. Except where oth ...
... This unit is assessed through a final examination, a mid-term examination, assignments taken throughout the semester, participation in computational physics sessions and a project and computational test at the end of semester. Proof of identification is required at all examinations. Except where oth ...
From Quantum Gates to Quantum Learning
... • A quantum (combinational) circuit is a sequence of quantum gates, linked by “wires” • The circuit has fixed “width” corresponding to the number of qubits being processed • Logic design (classical and quantum) attempts to find circuit structures for needed operations that are ...
... • A quantum (combinational) circuit is a sequence of quantum gates, linked by “wires” • The circuit has fixed “width” corresponding to the number of qubits being processed • Logic design (classical and quantum) attempts to find circuit structures for needed operations that are ...
Why Philosophers Should Care About
... observations in Section 4, about computational complexity and the Turing Test: see for example Block [30], Parberry [102], Levesque [88], and Shieber [118]. In deciding which connections to include in this essay, I adopted the following ground rules: (1) The connection must involve a “properly philo ...
... observations in Section 4, about computational complexity and the Turing Test: see for example Block [30], Parberry [102], Levesque [88], and Shieber [118]. In deciding which connections to include in this essay, I adopted the following ground rules: (1) The connection must involve a “properly philo ...