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07/06/2023, 14:00
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Simone Montangero07/06/2023, 14:30
Keynote
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Leonardo Banchi07/06/2023, 15:15
Keynote
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Giovanna Tancredi07/06/2023, 16:30
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Alessandro Ferraro07/06/2023, 17:00
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Emanuele Enrico07/06/2023, 17:30
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07/06/2023, 18:00
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Gabriele Ferrari08/06/2023, 09:00
Keynote
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Elisa Ercolessi08/06/2023, 09:45
Keynote
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Simone Gasparinetti08/06/2023, 10:30
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Marco Barbieri08/06/2023, 11:30
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08/06/2023, 12:00
Roberta Ramponi, Caterina Braggio
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Ivo Pietro Degiovanni08/06/2023, 14:30
Keynote
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Lorenzo Maccone08/06/2023, 15:15
Keynote
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Milena D'Angelo08/06/2023, 16:30
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08/06/2023, 17:00
Roberta Ramponi, Caterina Braggio
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Jacopo Forneris08/06/2023, 18:00
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Fabio Sciarrino09/06/2023, 09:00
Keynote
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Angelo Bassi09/06/2023, 09:45
Keynote
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Sofia Vallecorsa09/06/2023, 10:30
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Francesco Pederiva09/06/2023, 11:30
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Francesco Pepe09/06/2023, 12:00
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09/06/2023, 12:30
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Giuseppe Ortolano (Inrim)Poster
Quantum resources can provide an advantage over classical schemes in many tasks. Quantum hypothesis testing aims at enhancing the discrimination among a finite set of hypotheses. In the optical domain, for example, the protocol of quantum reading demonstrated how the recovery of classical bits encoded in the cells of an optical memory can be dramatically enhanced by using entangled states in...
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Bruno Paroli (Istituto Nazionale di Fisica Nucleare)Poster
Radiation carrying Orbital Angular Momentum (OAM) formalized in the late 20th century opened important perspectives in both classical and quantum domains. The enormous advantage is due to the additional degree of freedom characterized by an unlimited number of states that can be encoded using single photons. Generally, detection of OAM states in quantum experiments is performed using direct...
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Domenico Pomarico (Istituto Nazionale di Fisica Nucleare)Poster
Simulating the real-time dynamics of gauge theories represents a paradigmatic use case to test the hardware capabilities of a quantum computer, since it can involve non-trivial input states’ preparation, discretized time evolution, long-distance entanglement, and measurement in a noisy environment. We implemented an algorithm to simulate the real-time dynamics of a few-qubit system that...
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Roberto Moretti (Istituto Nazionale di Fisica Nucleare)Poster
Quantum Sensing is a rapidly expanding field with applications in Fundamental Physics, including Dark Matter (DM) search. Recent progress in superconducting qubits has enabled enhanced sensitivity and reduced dark count rates in microwave photon detection experiments. The INFN Qub-IT project aims to develop an itinerant qubit-based single-photon counter able to exploit Quantum Non-Demolition...
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Matteo RobbiatiPoster
We present the latest developments of Qibo, a full-stack and open-source framework for quantum computing. Qibo was initially born as a quantum circuit simulation tool, but over time we have developed new packages, through which quantum control (qibolab) and quantum calibration (qibocal) can be performed.
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Through its modular layout for backend abstraction it is possible to change efforlessy... -
Alba Crescente (Dipartimento di Fisica, Università di Genova)Poster
We investigate the coherent energy transfer between two quantum systems mediated by a quantum bus. In particular, we consider the energy transfer process between two qubits, and how it can be influenced by using a resonant cavity as a mediator. Inspecting different figures of merit and considering both on and off-resonance configurations, we characterize the energy transfer performances. We...
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