Venerdì 17 gennaio 2025 | Ore 18:00
Aula Magna – Villa San Saverio, Via Valdisavoia 9 (CT)
FABIO SCIARRINO – Sapienza University of Rome
Fabio Sciarrino is Principal Investigator of the Quantum Information Lab, Department of Physics, Sapienza University of Rome. His main expertise is experimental quantum optics, computation and quantum information, and foundations of quantum mechanics. In recent years his research activity has focused on the implementation of quantum information protocols via integrated photonic circuits, with particular interest for Boson Sampling, a non-universal computational model with promising characteristics to achieve the quantum supremacy regime.
In 2012 he was awarded an ERC-Starting Grant Consolidator funded by the European Research Council for his project on integrated quantum photonics (3D-QUEST) and later in 2015 of the ERC-Proof of Concept 3D-COUNT. He was European coordinator of the Marie Curie Network PICQUE project (Photonic Integrated Compound Quantum Encoding) of the Future and Emerging Technologies project QUCHIP (Photonics Quantum Simulator on a Chip). He has received several awards, including the “Le Scienze per la Fisica” Medal together with the “Medal of the Presidency of the Republic” and the “Sapio Junior Award for Italian Research”. In 2015 and in 2016 he was selected by the World Economic Forum as an Awarded Young Scientist to attend the Annual Meeting of the New Champions “Summer Davos” in China along with 40 other scientists from all over the world. He is author of more than 150 publications in international journals (with more than 25 publications on Nature and Science journals) and over 150 invited presentations to national and international conferences. He teaches the Optical Laboratory (3rd year Bachelor’s Degree in Physics) and Quantum Information (2nd year Master’s Degree in Physics). He is currently coordinator of the European FET Open Project PHOQUSING and has been awarded as principal investigator of ERC (European Research Council) Advanced Grant QU-BOSS. He is leader of the Spoke “Photonic Platform for Quantum Technologies” of the Italian National Quantum Science and Technology Institute Since January 2024 he is the coordinator of European Project EPIQUE (European Photonic Quantum Computer).
ABSTRACT
We will explore the transformative potential of photonics quantum technologies, which harness the unique properties of light to advance quantum computing, communication, and sensing. As a versatile platform, integrated photonics enables the scaling of quantum systems by utilizing optical components such as beam splitters, waveguides, and nonlinear elements to manipulate quantum states efficiently. We will discuss key advancements in generating and controlling quantum photonic states, and implementing quantum information tasks. By discussing recent experimental results, this presentation will illustrate how photonics can pave the way for next-generation quantum technologies and their applications across various sectors, ultimately contributing to the development of secure communication networks and computational tools.