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Quantum Technologies within INFN: status and perspectives

20–21 Jan 2020
Padova - Università degli Studi, Palazzo del Bo'
Europe/Rome timezone

QT Organizing Committee

Session

Session II

21 Jan 2020, 09:00
Archivio Antico and DEI, Aula Magna (Padova - Università degli Studi, Palazzo del Bo')

Archivio Antico and DEI, Aula Magna

Padova - Università degli Studi, Palazzo del Bo'

Conveners

Session II: Successful cases within INFN

  • Valter Bonvicini (TS)

Presentation materials

There are no materials yet.

  1. 16. The SIQUST project
    Jacopo Forneris (INFN Torino, Università di Torino)
    21/01/2020, 09:00
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"
  2. 17. The SECRET project
    Giuseppe Vallone (PD)
    21/01/2020, 09:20
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"
  3. 18. The PACE-IN project
    Paolo Facchi (BA)
    21/01/2020, 09:40
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"
  4. 19. The QuICHE project
    Chiara Macchiavello (P)
    21/01/2020, 10:00
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"
  5. 20. The Qu3D project
    Milena D'Angelo (Istituto Nazionale di Fisica Nucleare)
    21/01/2020, 10:50
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"
  6. 37. The QuantHEP project
    Elisa Ercolessi (BO)
    21/01/2020, 11:10
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"
  7. 22. Qu3D - Quantum 3D imaging at high speed and high resolution
    Milena D'Angelo (Istituto Nazionale di Fisica Nucleare)
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"

    Qu3D aims at designing and implementing quantum plenoptic cameras: radically novel 3D imaging devices exploiting both momentum-position entanglement and photon-number correlations to enable the typical refocusing and ultra-fast, scanning-free, 3D imaging capabilities of plenoptic devices, but with dramatically enhanced performances.
    Qu3D merges scientific research and engineering for...

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  8. 54. Quantum information and communication with high-dimensional encoding: the QuICHE project
    Prof. Chiara Macchiavello (University of Pavia)
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"

    High-dimensional photonic quantum information promises considerable advantages compared to the two-dimensional qubit paradigm, from increased quantum communication rates to increased robustness for entanglement distribution. The QuICHE project aims to unlock the potential of high-dimensional quantum technology by encoding information in the spectral-temporal degrees of freedom of light. In...

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  9. 52. The PACE-IN project
    Paolo Facchi (BA)
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"

    Photon-Atom Cooperative Effects at Interfaces

    Functional devices for quantum information processing and communication must make use of appropriate matter-light interfaces. Their key role in bringing quantum devices towards practical applications is essential. Hence, building the conceptual and technological base for such interfaces will pave the way for the scalable quantum computation...

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  10. 30. The QuantHEP project
    Elisa Ercolessi (BO)
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"

    The goal of the project QuantHEP (Quantum Computing Solutions for High-Energy Physics) is to investigate the potential of quantum computation for particle-physics challenges, as a solution to the formidable problem of analysing and simulating events from experiments of high-energy particles. To deal with such challenges a multidisciplinary approach is essential, spanning from quantum analog...

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  11. 53. The SECRET project
    Giuseppe Vallone (PD)
    Succesful initiatives within INFN
    Invited talk "succesful initiative within INFN"

    One popular way to realize quantum communication protocols is through energy-time entanglement (and its synchronized version, called time-bin), since it is robust to environmental disturbances during optical fiber propagation. However, most experiments based on this type of entanglement have an inherent flaw, called the post-selection loophole, which compromises security unless extra...

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