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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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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Parameter estimation for quantum jump unraveling: new work on arXiv!
We're excited about the work just presented by Marco Radaelli and Felix Binder, together with Joey A. Smiga and Gabriel T. Landi (both University of Rochester)!
12 Feb 2024
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Advanced Quantum Information course
Every Wednesday 5-7pm, starting 31 January 2024, Fitzgerald Library, Fitzgerald Building