'Quantum interference' diaporamas de présentation

Anomalous Cross Section Induced by Topological Quantum Interference

Anomalous Cross Section Induced by Topological Quantum Interference. De-Hone Lin Department of Physics, NSYSU 23 December 2004. Fractional Quantum Hall States. 2-D electron system inside the GaAs/AlGaAs heterostructure

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A Quantum of Computing

978 views • 65 slides

Global 3 parameter Lorentz Violation model for neutrino oscillation with MiniBooNE

Global 3 parameter Lorentz Violation model for neutrino oscillation with MiniBooNE. PRD74(2006)105009. Teppei Katori, V. Alan Kostelecky , and Rex Tayloe Indiana University Pheno'08, Madison, Apr. 28, 08. Global 3 parameter Lorentz Violation model for neutrino oscillation with MiniBooNE.

590 views • 39 slides

Quantum Computing

Part of Computational Intelligence Course 2007. Quantum Computing. Marek Perkowski. Introduction to Quantum Logic and Reversible/Quantum Circuits. Marek Perkowski. Historical Background and Links. Quantum Computation & Quantum Information.

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Hartmut Abele Atominstitut

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Many-body theory of electric and thermal transport in single-molecule junctions

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Welcome to the presentation on Computational Capabilities with Quantum Computer

Welcome to the presentation on Computational Capabilities with Quantum Computer. By Anil Kumar Javali. Agenda. Introduction Quantum Parallelism Quantum Algorithms NMR for Quantum Computer ( Q.C. ) CNOT Gate for Q. C Obstacles References. Introduction. What is a Q.C.

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Quantum Computing and the Limits of the Efficiently Computable

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Frequency Dependence of Quantum Localization in a Periodically Driven System

Frequency Dependence of Quantum Localization in a Periodically Driven System. Manabu Machida, Keiji Saito, and Seiji Miyashita. Department of Applied Physics, The University of Tokyo. GOE Random Matrix. Matrices of Gaussian Orthogonal Ensemble (GOE) are real

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Quantum mechanics unit 1

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QUANTUM MECHANICS IN THE MACROSCOPIC LIMIT: WHAT DO RECENT EXPERIMENTS TELL US? J. Leggett

QUANTUM MECHANICS IN THE MACROSCOPIC LIMIT: WHAT DO RECENT EXPERIMENTS TELL US? J. Leggett University of Illinois at Urbana-Champaign. ?:. Decoherence DOES NOT reduce (a) to (b)!. Can we tell whether (a) or (b) is correct?

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Quantum Mechanics for Applied Physics

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Quantum Mechanics for Applied Physics

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Perspectives in the experimental exploration of gravitational physics in superconductors

Perspectives in the experimental exploration of gravitational physics in superconductors. Pavol VALKO Slovak Technical University Il kovi ?ova 3, 812 19 Bratislava. Basic motivation. - our homes reside in the Universe - but we can see only 4 % of our home

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Novel quantum interference device made of DNA-templated superconducting nanowires

Novel quantum interference device made of DNA-templated superconducting nanowires Alexey Bezryadin, University of Illinois at Urbana-Champaign, DMR-0134770.

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Single-molecule nanomagnets are the smallest bistable magnets.

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From Quantum Interference to Entanglement

From Quantum Interference to Entanglement. G.S. Agarwal Oklahoma State University

122 views • 1 slides