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Nicolas Gisin

  • Quantum Chance Nicolas Gisin

    Quantum Chance Nicolas Gisin

  • Mathematical Languages Shape Our Understanding of Time in Physics Physics Is Formulated in Terms of Timeless, Axiomatic Mathematics

    Mathematical Languages Shape Our Understanding of Time in Physics Physics Is Formulated in Terms of Timeless, Axiomatic Mathematics

  • Violations of Locality and Free Choice Are Equivalent Resources in Bell Experiments

    Violations of Locality and Free Choice Are Equivalent Resources in Bell Experiments

  • Quant-Ph/0512168V1 20 Dec 2005 Uly M Fcus,Ntwiigfrenti,Btfor Ac- Sub- the Well, but Somewhat of Einstein, (Necessarily [2])

    Quant-Ph/0512168V1 20 Dec 2005 Uly M Fcus,Ntwiigfrenti,Btfor Ac- Sub- the Well, but Somewhat of Einstein, (Necessarily [2])

  • Quantum Cryptography: Where Do We Stand?

    Quantum Cryptography: Where Do We Stand?

  • Prizes 2012 Editor’S Note Inside Ian T

    Prizes 2012 Editor’S Note Inside Ian T

  • Non-Locality of Experimental Qutrit Pairs 2

    Non-Locality of Experimental Qutrit Pairs 2

  • Experiments with Entangled Photons

    Experiments with Entangled Photons

  • Quantum Communication Jubilee of Teleportation

    Quantum Communication Jubilee of Teleportation

  • Quantum Communication

    Quantum Communication

  • Oblivious Transfer and Quantum Channels

    Oblivious Transfer and Quantum Channels

  • Entanglement 25 Years After Quantum Teleportation: Testing Joint Measurements in Quantum Networks

    Entanglement 25 Years After Quantum Teleportation: Testing Joint Measurements in Quantum Networks

  • Bell's Theorem

    Bell's Theorem

  • Quantum Measurements and Non-Locality

    Quantum Measurements and Non-Locality

  • Quantum Teleportation Nicolas Gisin H

    Quantum Teleportation Nicolas Gisin H

  • Quantum Transport in Solid State Devices for Terahertz Frequency Applications

    Quantum Transport in Solid State Devices for Terahertz Frequency Applications

  • Redalyc.Superluminal Hidden Communication As the Underlying Mechanism for Quantum Correlations: Constraining Models

    Redalyc.Superluminal Hidden Communication As the Underlying Mechanism for Quantum Correlations: Constraining Models

  • Arxiv:1508.05962V1 [Quant-Ph] 24 Aug 2015

    Arxiv:1508.05962V1 [Quant-Ph] 24 Aug 2015

Top View
  • Making Quantum Technology Ready for Industry
  • Quantum Communication
  • Bell's Universe: a Personal Recollection
  • Why Bohmian Mechanics? One- and Two-Time Position Measurements, Bell Inequalities, Philosophy, and Physics
  • Quantum-Teleportation Experiments Turn 20
  • Newsletter [Type Text] Newsletter QSIT Newsletter July 2015
  • Testing Alternative Theories of Quantum Mechanics with Optomechanics, and Effective Modes for Gaussian Linear Optomechanics
  • ``Why the Quantum?''
  • Superluminal Hidden Communication As the Underlying Mechanism for Quantum Correlations: Constraining Models
  • Nicolas Gisin
  • Nicolas Gisin SRA
  • Quantum Entanglement ( 量子纠缠 ) • SUBSTRUCTURE of Fundamental PARTICLES ?
  • Quantum Safe Cryptography and Security an Introduction, Benefits, Enablers and Challenges
  • PRESS RELEASE a Single Photon Reveals
  • Time Really Passes, Science Can't Deny That
  • Defining What Is Quantum: Not All What Matters for Physical
  • Quics Workshop on Quantum Information and Computer Science
  • The Quantum Technologies Roadmap: a European Community View


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