Statistics, Causality and Bell`s theorem
... by explaining what is actually happening behind the scenes, as it were. The purpose of this paper is to review that program from a statistician’s point of view. The EPR-B model is a model which predicts the statistics of the measurement of spin on an entangled pair of spin-half quantum systems or pa ...
... by explaining what is actually happening behind the scenes, as it were. The purpose of this paper is to review that program from a statistician’s point of view. The EPR-B model is a model which predicts the statistics of the measurement of spin on an entangled pair of spin-half quantum systems or pa ...
Control of
... Joos: “Here there is no decoherence at all from a microscopic viewpoint”. Are distinctions in effects on control between Decoherence and Dephasing, but not discussed here. Use term D&D = Decoherence and Dephasing ...
... Joos: “Here there is no decoherence at all from a microscopic viewpoint”. Are distinctions in effects on control between Decoherence and Dephasing, but not discussed here. Use term D&D = Decoherence and Dephasing ...
Superconducting Circuits and Quantum Computation T. P. Orlando
... Superconducting circuits are being used as components for quantum computing and as model systems for non-linear dynamics. Quantum computers are devices that store information on quantum variables and process that information by making those variables interact in a way that preserves quantum coherenc ...
... Superconducting circuits are being used as components for quantum computing and as model systems for non-linear dynamics. Quantum computers are devices that store information on quantum variables and process that information by making those variables interact in a way that preserves quantum coherenc ...
Another Look at the Mechanisms of Hydride Transfer Enzymes with
... taken to equal miα = µi (ωαi )2 , where µi is a proportionality constant. The normal mode transformation allows for several approximations to be made. 20 First, the normal modes are taken to be fast compared to the centroid motion, which requires a multi-step molecular dynamics propagation. 21 Secon ...
... taken to equal miα = µi (ωαi )2 , where µi is a proportionality constant. The normal mode transformation allows for several approximations to be made. 20 First, the normal modes are taken to be fast compared to the centroid motion, which requires a multi-step molecular dynamics propagation. 21 Secon ...
Full text in PDF form
... In quantum information, the elementary unit is the quantum bit (or qubit), a coherent superposition of the two basis states 0 and 1. The underlying logic is non-Boolean. Different from classical bits, a qubit is contextual [20], and cannot be copied, or "cloned" [21]. The emerging fields of quantum ...
... In quantum information, the elementary unit is the quantum bit (or qubit), a coherent superposition of the two basis states 0 and 1. The underlying logic is non-Boolean. Different from classical bits, a qubit is contextual [20], and cannot be copied, or "cloned" [21]. The emerging fields of quantum ...
Integrable Systems: An Overview Preamble. The following pages
... Ω is now called (completely) integrable if there exist additional functions H1 , . . . , Hn on Ω (again referred to as ‘Hamiltonians’) such that H1 , . . . , Hn are independent and in involution (i.e., all Poisson brackets {Hj , Hk } vanish). Thus these Hamiltonians are conserved under the Hamilton ...
... Ω is now called (completely) integrable if there exist additional functions H1 , . . . , Hn on Ω (again referred to as ‘Hamiltonians’) such that H1 , . . . , Hn are independent and in involution (i.e., all Poisson brackets {Hj , Hk } vanish). Thus these Hamiltonians are conserved under the Hamilton ...
Quantum neural networks
... • Many universes (many-world) interpretation of Everett [6], etc. The choice of interpretation is important in establishing different analogies between quantum physics and neurocomputing. The field of neural networks contains several important basic ideas, which include the concept of a processing e ...
... • Many universes (many-world) interpretation of Everett [6], etc. The choice of interpretation is important in establishing different analogies between quantum physics and neurocomputing. The field of neural networks contains several important basic ideas, which include the concept of a processing e ...
Entangled Bell states of two electrons in coupled quantum dots
... that even for the smallest Hilbert space capable of exhibiting entanglement, i.e., the two qubit systems, there are aspects of entanglement that remain to be explored. However, many measures of entanglement proposed in the past have relied on either the Schmidt decomposition [24] or decomposition in ...
... that even for the smallest Hilbert space capable of exhibiting entanglement, i.e., the two qubit systems, there are aspects of entanglement that remain to be explored. However, many measures of entanglement proposed in the past have relied on either the Schmidt decomposition [24] or decomposition in ...
Proposal for Implementing Device
... coefficient t turns an incoming photon into the entanglement of modes c and out which can be used to teleport an arbitrary state j0i þ iny j0i with the help of a partial Bell state analyzer. If t ¼ 12 , this is standard quantum teleportation; i.e., the outcoming state j0i outy j0i is similar t ...
... coefficient t turns an incoming photon into the entanglement of modes c and out which can be used to teleport an arbitrary state j0i þ iny j0i with the help of a partial Bell state analyzer. If t ¼ 12 , this is standard quantum teleportation; i.e., the outcoming state j0i outy j0i is similar t ...
Quantum Computing and Parallel (Multicore) Processing
... times you will each base state will be the same for a large number of runs. This is illustrated using the circle representation above. ...
... times you will each base state will be the same for a large number of runs. This is illustrated using the circle representation above. ...
Some Quantum Computational Circuits
... times you will each base state will be the same for a large number of runs. This is illustrated using the circle representation above. ...
... times you will each base state will be the same for a large number of runs. This is illustrated using the circle representation above. ...
Fidelity as a figure of merit in quantum error correction
... approximately be corrected if criteria given in [10] are satisfied, reaching a fidelity of the same order (in the error rate) as the reversible case. Other codes take advantage of the fact that in addition to correcting e errors, any occurrence of e + 1 errors can also be detected, so that such unco ...
... approximately be corrected if criteria given in [10] are satisfied, reaching a fidelity of the same order (in the error rate) as the reversible case. Other codes take advantage of the fact that in addition to correcting e errors, any occurrence of e + 1 errors can also be detected, so that such unco ...
Why physics does not preclude free will
... Another commonality that, on further reflection, is actually just PTI with itself…. TI in its possibilist form (PTI) agrees with A. Elitzur that the past is ‘empty’ pending a measurement result; measurements bring about certain aspects of the past. However, arguably this picture is not consistent w ...
... Another commonality that, on further reflection, is actually just PTI with itself…. TI in its possibilist form (PTI) agrees with A. Elitzur that the past is ‘empty’ pending a measurement result; measurements bring about certain aspects of the past. However, arguably this picture is not consistent w ...
- 1 - THE NATURE AND SPEED OF LIGHT Peter Kohut Maly Saris
... connections) on its surroundings and is interpreted as an electromagnetic wave. This means that the internal motion of a photon manifests outwards as a changing intensity of its action on measuring instruments, what can be interpreted as a changing and pulsating electromagnetic field or wave. A phot ...
... connections) on its surroundings and is interpreted as an electromagnetic wave. This means that the internal motion of a photon manifests outwards as a changing intensity of its action on measuring instruments, what can be interpreted as a changing and pulsating electromagnetic field or wave. A phot ...