Abstract
Quantum computing: sfide e prospettive per il panorama italiano
Il quantum computing rappresenta attualmente una delle frontiere più interessanti dell'informatica, con il potenziale di trasformare settori come crittografia, ottimizzazione e intelligenza artificiale. Tuttavia, il passaggio dalla ricerca teorica a sistemi quantistici affidabili e scalabili pone ancora sfide aperte, sia sul piano algoritmico che infrastrutturale. Questo intervento offre una breve panoramica dello stato dell'arte con particolare attenzione al contesto italiano. Verrà presentata l'esperienza del nascente Working Group Quantum Information Technology del CINI come esempio di coordinamento nazionale della comunità di ricerca.
Presentazioni
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Bio
Carla Piazza is a Full Professor of Computer Science at the University of Udine. She coordinates four degree programs in computer science. She is the director of the nascent Quantum Information Technology laboratory at the Department of Mathematical, Computer, and Physical Sciences at the University of Udine. She is currently the Udine branch coordinator of the QUASAR-FVG regional project on quantum computing and simulation. For several years, she has been involved, with Professor Alessandra Di Pierro of the University of Verona and Professor Giuseppe Serra of the University of Udine, in organizing the EQAI doctoral school on Quantum AI. She is co-director, with Professor Paolo Cremonesi of the Polytechnic University of Milan, of the CINI Quantum Information Technology Working Group. Her main research interests include quantum computing, modeling and analysis of biological systems, and formal methods for studying blockchains.
Abstract
Quantum Computing: challenges and prospects for the Italian landscape.
Quantum Computing currently represents one of the most exciting frontiers in computer science, with the potential to transform fields such as cryptography, optimisation, and artificial intelligence. However, the transition from theoretical research to reliable and scalable quantum systems still presents significant challenges, both from an algorithmic and an infrastructural perspective. This talk provides a brief overview of the current state of the art, with particular attention to the Italian context. It will also present the experience of the emerging CINI Quantum Information Technology Working Group as an example of national coordination within the research community.
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