Notizie
Ricevimento lunedì 16:00-18:00.
Si richiede cortesemente di prendere appuntamento via email per facilitare l'organizzazione del ricevimento.
Pagina web del corso di meccanica analitica e relativistica (laurea triennale in fisica L-30):
https://www2.phys.uniroma1.it/doc/zamponi/teaching/meccanica/meccanica.html
Pagina web del corso di modelli matematici per la fisica II (laurea triennale in scienze matematiche per l’intelligenza artificiale L-35):
https://www2.phys.uniroma1.it/doc/zamponi/teaching/modelli-smia/modelli....
Orari di ricevimento
Ricevimento lunedì 16:00-18:00.
Si richiede cortesemente di prendere appuntamento via email per facilitare l'organizzazione del ricevimento.
Curriculum
Francesco Zamponi has more than 20 years of post-graduate research experience. He worked at the italian INFM (2002), as a PhD student in Rome Sapienza (2002-2005), as a Postdoc in Theoretical Physics Laboratory at Ecole Normale Supérieure (LPT-ENS) and Saclay Theoretical Physics Institute at French Alternative Energies and Atomic Energy Commission (SPhT-CEA) in Paris (2005-2007), and as a Marie Curie Fellow (2007-2008). In 2008, he became a permanent Researcher of CNRS and LPT-ENS in Paris, and he was promoted to Research Director in 2018. He was also appointed (2015-2021) as a Professeur Associé (a prestigious teaching position) at the Physics Department of ENS Paris. He joined Sapienza University of Rome as a Professor of Theoretical Physics in 2023. He published about 160 papers in prestigious journals covering many different fields, including a chapter for the Handbook of Satisfiability (computer science), a Reviews of Modern Physics on glasses and jamming, a Physics Reports on quantum information theory, and two News&Views for Nature and Nature Physics. He co-authored two books on the physics of glasses and on inference methods for biological data. He gave about 80 invited talks in international research institutes and co-organized about 30 international scientific events. He has been one of the PIs of the international collaboration Cracking the glass problem funded by the Simons Foundation (2016-2023) and was awarded the ERC consolidator grant GlassUniversality (2017-2023).