We are a theory group investigating the intersection of quantum information theory, thermodynamics, and complexity. We are particularly interested in the role of thermodynamic and informational resources – such as spatial or temporal correlations – for modelling and controlling quantum systems evolving in time and in what can be learned about complex processes from observation.
Emergence of Classicality: New Perspectives on Measurements in Quantum Theory
15-19 July 2024, Trinity College Dublin, Ireland
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Marco Radaelli wins runner-up prize in the Thesis-in-3 competition of the School of Physics!
We would like to congratulate Marco Radaelli, PhD researcher in the group, for winning a runner-up prize for the competition, held during the Tercentenary of the School of Physics celebrations.
17 Apr 2024
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Dimension matters: precision and incompatibility in multi-parameter quantum estimation models. New preprint!
Have a look at the new preprint by group member Dr. Alessandro Candeloro, with Zahra Pazhotan and Prof. Matteo G.A. Paris (both University of Milan)!
11 Mar 2024
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Thermodynamic Overfitting and Generalization: Energetic Limits on Predictive Complexity. New preprint!
Have a look at the new preprint by Alec Boyd and Felix Binder, with Prof. James P. Crutchfield (UC Davis) and Prof. Mile Gu (NTU Singapore)!
12 Mar 2024
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Advanced Quantum Information course
Every Wednesday 5-7pm, starting 31 January 2024, Fitzgerald Library, Fitzgerald Building