Supersymmetric Quantum Mechanics
... In classical quantum mechanics with the Schrödinger equation and its relativistic counterpart, the Dirac equation there are some odd properties, such as the fact that very different and seemingly unrelated potentials give rise to the same spectrum of allowed energies, as well as the fact that certa ...
... In classical quantum mechanics with the Schrödinger equation and its relativistic counterpart, the Dirac equation there are some odd properties, such as the fact that very different and seemingly unrelated potentials give rise to the same spectrum of allowed energies, as well as the fact that certa ...
Quantum Theory: a Pragmatist Approach
... 1. Introduction. What is it to interpret quantum theory? Addressing this question, van Fraassen (1991) characterized the interpretative task as an attempt to say: “What is really going on, according to this theory?’ and “How could the world possibly be how this theory says it is?” This ties interpre ...
... 1. Introduction. What is it to interpret quantum theory? Addressing this question, van Fraassen (1991) characterized the interpretative task as an attempt to say: “What is really going on, according to this theory?’ and “How could the world possibly be how this theory says it is?” This ties interpre ...
Is gravitational mass of a composite quantum body equivalent to its
... It is known that gravitational mass of a composite classical body in general relativity is not a trivial notion and is a subject of several paradoxes. One of them is related to application of the so-called Tolman formula [5] to a free photon, which formally results in a doubling of photon active gra ...
... It is known that gravitational mass of a composite classical body in general relativity is not a trivial notion and is a subject of several paradoxes. One of them is related to application of the so-called Tolman formula [5] to a free photon, which formally results in a doubling of photon active gra ...
Quantum Computing for Beginners: Building Qubits
... process of producing a large scale qubit system using similar Josephson Junction technology Possible cryptography applications, and integrating with current optical quantum technology Quantum Computing for beginners: Building Qubits ...
... process of producing a large scale qubit system using similar Josephson Junction technology Possible cryptography applications, and integrating with current optical quantum technology Quantum Computing for beginners: Building Qubits ...
Evanescent Wave Illumination Evanescent Wave Microscopy
... made by tracking algorithms and rely on the characterization of the evanescent field intensity to map tracer particle intensity to distance from the wall [5, 6]. Particle tracking algorithms have also been used successfully in two- and three-dimensional diffusion measurements and simultaneous diffus ...
... made by tracking algorithms and rely on the characterization of the evanescent field intensity to map tracer particle intensity to distance from the wall [5, 6]. Particle tracking algorithms have also been used successfully in two- and three-dimensional diffusion measurements and simultaneous diffus ...
Mixed quantum–classical dynamics
... one. Notable are the RedÐeld approach4,5 and the classical path method.6,7 But these methods do not properly describe the back reaction of the quantum system on the classical one. Two approaches have emerged that attempt to treat the interactions between quantum and classical systems in a self-consi ...
... one. Notable are the RedÐeld approach4,5 and the classical path method.6,7 But these methods do not properly describe the back reaction of the quantum system on the classical one. Two approaches have emerged that attempt to treat the interactions between quantum and classical systems in a self-consi ...
Analysis of a Quantum Error Correcting Code using Quantum
... Related Work Lalire [9] defined a probabilistic branching bisimilarity for the process calculus QPAlg, based on the branching bisimilarity of van Glabbeek and Weijland [16], but it was not preserved by parallel composition. Feng et al. [3] developed qCCS and defined strong and weak probabilistic bis ...
... Related Work Lalire [9] defined a probabilistic branching bisimilarity for the process calculus QPAlg, based on the branching bisimilarity of van Glabbeek and Weijland [16], but it was not preserved by parallel composition. Feng et al. [3] developed qCCS and defined strong and weak probabilistic bis ...
What you always wanted to know about Bohmian mechanics but
... almost complete exposition of the theory called the pilot wave theory (théorie de l'onde pilote) by him (Bacciagaluppi/Valentini, 2006). For reasons which are not entirely clari ed yet the theory fell into oblivion until David Bohm developed it independently in 1951 (Bohm, 1952). However, the re ...
... almost complete exposition of the theory called the pilot wave theory (théorie de l'onde pilote) by him (Bacciagaluppi/Valentini, 2006). For reasons which are not entirely clari ed yet the theory fell into oblivion until David Bohm developed it independently in 1951 (Bohm, 1952). However, the re ...
Absorption and Emission
... which we can visually see, occurs when a substance at high temperature spontaneously emits quanta of light. An induced or stimulated event only occurs with external influence. Accordingly, absorption is always induced (stimulated). But emission can be induced, if a frequency equal to that of the lig ...
... which we can visually see, occurs when a substance at high temperature spontaneously emits quanta of light. An induced or stimulated event only occurs with external influence. Accordingly, absorption is always induced (stimulated). But emission can be induced, if a frequency equal to that of the lig ...
PPT - Fernando Brandao
... Actual Proof We apply the bound from entanglement distillation to prove finite correlation length -> Area Law in 3 steps: c. Get area law from finite correlation length under assumption there is a region with “subvolume law” b. Get region with “subvolume law” from finite corr. length and assumption ...
... Actual Proof We apply the bound from entanglement distillation to prove finite correlation length -> Area Law in 3 steps: c. Get area law from finite correlation length under assumption there is a region with “subvolume law” b. Get region with “subvolume law” from finite corr. length and assumption ...
Abstract: - QCCQI 2008
... Remarkably, in the infinite system limit this relaxation is true for all large times, and no time average is necessary. The argument involves the finite speed of quantum information transfer in quantum lattice systems and quantum central limit theorems. We also discuss implications on entropy scalin ...
... Remarkably, in the infinite system limit this relaxation is true for all large times, and no time average is necessary. The argument involves the finite speed of quantum information transfer in quantum lattice systems and quantum central limit theorems. We also discuss implications on entropy scalin ...
PDF
... typically realized as arrays of qubits, and run-time checks are needed to detect certain error conditions. For instance, out-of-bounds checks are necessary for array accesses, and distinctness checks must be used to ensure i 6= j when applying a binary quantum operation to two qubits i and j. As is ...
... typically realized as arrays of qubits, and run-time checks are needed to detect certain error conditions. For instance, out-of-bounds checks are necessary for array accesses, and distinctness checks must be used to ensure i 6= j when applying a binary quantum operation to two qubits i and j. As is ...
Quantum Teleportation
... the process of scanning it. The teleportation technique makes use of quantum entanglemant. Clouds of trillions of atoms have for the first time being linked by quantum entanglement that spooky almost telepathic links between distant particles. A hypothetical method of transportation in which matter ...
... the process of scanning it. The teleportation technique makes use of quantum entanglemant. Clouds of trillions of atoms have for the first time being linked by quantum entanglement that spooky almost telepathic links between distant particles. A hypothetical method of transportation in which matter ...
Mathematical Physics of BlackBody Radiation
... equations of Calculus, crowned by Maxwell’s equations for electromagnetics formulated in 1865 by the British physicist Clerk Maxwell. The collapse resulted from a couple of scientific paradoxes, which appeared unsolvable using classical physics, both connected to light as electromagnetic waves descr ...
... equations of Calculus, crowned by Maxwell’s equations for electromagnetics formulated in 1865 by the British physicist Clerk Maxwell. The collapse resulted from a couple of scientific paradoxes, which appeared unsolvable using classical physics, both connected to light as electromagnetic waves descr ...
Bohr–Einstein debates
The Bohr–Einstein debates were a series of public disputes about quantum mechanics between Albert Einstein and Niels Bohr. Their debates are remembered because of their importance to the philosophy of science. An account of the debates was written by Bohr in an article titled ""Discussions with Einsteinon Epistemological Problems in Atomic Physics"". Despite their differences of opinion regarding quantum mechanics, Bohr and Einstein had a mutual admiration that was to last the rest of their lives.The debates represent one of the highest points of scientific research in the first half of the twentieth century because it called attention to an element of quantum theory, quantum non-locality, which is absolutely central to our modern understanding of the physical world. The consensus view of professional physicists has been that Bohr proved victorious, and definitively established the fundamental probabilistic character of quantum measurement.