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  • 1. Seminars (100%)

    16-gen-2023 10.55.07

    Seminars articolo, notizia, Seminars, Geometry of quantum states, Quantum information processing Monday, February 13th 2023, h 15:00 Classroom B, DIFC, Via Archirafi 36 Tuesday, February 14th 2023, h 15:00 Classroom B, DIFC, Via Archirafi 36 Wednesday, February 15th 2023, h 15:00 Classroom D6, DIFC, Via Archirafi 36 Thursday, February 16th 2023, h 15:00 Classroom B, DIFC, Via Archirafi 36 DIFC, TEAMS CODE: taxyi2c Four Assorted Quantum Pieces: The space of mixed quantum states Quantum maps

  • 2. CV_F_Ciccarello ITA (39%)

    23-nov-2018 9.09.23

    Implementazioni di QIP (Quantum Information Processing) tasks Quantum Thermodynamics approccio ... Information (ISI) Nature Scientific Reports (ISI) Physica Scripta (ISI) Quantum Information Processing (ISI ... on Solid State Based Quantum Information Processing Herrsching, Germania, 28 Giugno-3 Luglio 2009

  • 3. annex_1 (37%)

    25-mag-2023 9.28.06

    for quantum information processing; 3) machine learning for quantum information processing

  • 4. FIS/03 – Material Physics (26%)

    11-giu-2019 16.33.24

    in composite open systems Indistinguishability as a fuel for quantum information processing Keywords

  • 5. Ricerca Unipa sulla meccanica quantistica è “Headline” di Physics World (26%)

    12-lug-2018 15.31.08

    as a resource for quantum information processing, Physical Review Letters 120, 240403 (2018). URL

  • 6. Ricerca Unipa sulla meccanica quantistica è “Headline” di Physics World (26%)

    13-lug-2018 9.36.51

    of elementary systems as a resource for quantum information processing, Physical Review Letters 120

  • 7. Seminario Prof. Morandotti - 07/01/2019 (26%)

    21-lug-2021 12.22.00

    an important cornerstone for future practical implementations of photonic quantum information processing. Biografia del Prof. Roberto Morandotti After a MSc degree in Physics from the University

  • 8. Tufarelli corso (26%)

    3-gen-2018 8.09.34

    ” (fra cui Quantum Computation, Quantum Information Processing, Quantum Cryptography, Quantum Sensing, Quantum

  • 9. Seminario Prof. Morandotti - 07/01/2019 (26%)

    4-gen-2019 12.59.05

    an important cornerstone for future practical implementations of photonic quantum information processing. Biografia del Prof. Roberto Morandotti After a MSc degree in Physics from the University

  • 10. seminario_Baranger (26%)

    15-dic-2017 11.03.07

    of quantum information processing and communication. PowerPoint Mac OS X 10.13.2 Quartz PDFContext

  • 11. Seminario Prof. Morandotti - 07/01/2019 (26%)

    10-nov-2022 8.26.00

    an important cornerstone for future practical implementations of photonic quantum information processing. Biografia del Prof. Roberto Morandotti After a MSc degree in Physics from the University

  • 12. matteo_paris (26%)

    24-mag-2022 16.07.14

    correlations, quantum information processing, open quantum systems, quantum metrology and high- precision

  • 13. Seminari_Anzà (26%)

    23-nov-2022 13.46.03

    DIPARTIMENTO DI FISICA E CHIMICA - DiFC Direttore: prof. Gioacchino Massimo Palma Geometric Quantum Mechanics - Foundations and Applications 28 novembre e 12 dicembre 2022, ore 15:00, aula B, DIFC, Via Archirafi 36 F. Anzà University of California, Davis, California USA fanza@ucdavis.edu The wonderful development of digital and nanoscale technology over the past twenty years has led to a new wave of interest in quantum-information-processing technologies. A goal of crucial relevance

  • 14. Argomenti per tesi di laurea magistrale in Fisica (26%)

    26-apr-2023 10.09.21

    (inclusi giant atoms, cioè accoppiamento atomo-campo non-locale, e quantum information processing

  • 15. Locandina_Agusti (26%)

    8-mag-2024 8.48.13

    DIPARTIMENTO DI FISICA E CHIMICA - DiFC Direttore: prof. Gioacchino Massimo Palma Multiqubit Entanglement Distribution 16 May 2024, ore 15:00 aula F, DiFC, Via Archirafi 36 Dr. Joan Agustí Bruzón Walther Meissner Institute, Technical University of Munich, Germany Joan.Agusti@wmi.badw.de The distribution of entanglement between separated nodes of small- and large-scale quantum networks is a fundamental task for many quantum communication and quantum information processing

  • 16. 270221curriculum-Triolo (22%)

    20-mar-2021 12.42.55

    come relatore all' 21th International Conference on Quantum Information Processing and Operator-Sum

  • 17. 44 bando 2020 (22%)

    27-lug-2020 10.49.53

    , tracciando i gradi di libertà delle parti rimanenti - Description: The complexity of quantum information processing is due to the exponential spreading of quantum information through

  • 18. 44 english version bando 2020 (22%)

    27-lug-2020 10.49.53

    : Machine Learning of quantum system - Description: The complexity of quantum information processing

  • 19. 17 bando_2020 (22%)

    15-apr-2020 7.58.16

    parti rimanenti. - Description: The complexity of quantum information processing

  • 20. 17 english version bando_2020 (22%)

    15-apr-2020 7.58.16

    characterization” - Description: The complexity of quantum information processing