QUANTUM SPACETIME & QUANTUM INFORMATION

Knowledge has many frontiers, one of the most important in physics is the quantization of gravity. Einstein has changed our vision of space and time, the founding fathers of quantum mechanics changed the way we think about motion,  enlarging the notion of particle, position, measurement, and introducing the uncertainties of a world governed by the laws of probability. The dynamical variable of general relativity is spacetime itself, and its quantization will give rise to a quantum spacetime, where the fundamental variables will not commute, some sort of noncommutative geometry. The actors of this space will relate among themselves in a quantum way.

our group

Our group has worked for many years in the various aspects of quantum spaces, starting from noncommutative geometry, a generalization of spacetime described by noncommuting variables, like the quantum phase space of Heisenberg and Dirac. The quantum paradigm affects the way information is defined and transmitted, reaching to quantum information, and quantum computing.

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conferences

7 – 11 April 2025 Applications of NonCommutative Geometry to Gauge Theories, Field Theories, and Quantum Space-Time  CIRM, Marseille https://conferences.cirm-math.fr/3196.html

24 – 27 March 2024 PAFT2024 – Current problems in Theoretical Physics – 26th edition Lloyd’s baia Hotel – Vietri sul Mare (Italy) https://agenda.infn.it/event/38965/

18 December 2023 Zappatore – Recent Development in Theoretical Physics and its Neighbourhoods – 5th edition Dipartimento di Fisica “Ettore Pancini” Università di Napoli Federico II Room 2G26 – 9:40/18:40

Find the detailed list of abstracts here