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.
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Our work "Gillespie algorithm for quantum jump trajectories" has been published in Physical Review A!
Our work, in collaboration with Prof. Gabriel T. Landi (University of Rochester, US) introduces an efficient algorithm for the simulation of quantum jump processes.
13 Dec 2024
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Precision bounds for multiple currents in open quantum systems: new preprint!
Today on arXiv, with Saulo V. Moreira and Mark T. Mitchison (TCD)!
15 Nov 2024
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Yutong Luo joins the group!
Yutong joins our group as a PhD researcher, to work on quantum resource theories and thermodynamics
02 Sep 2024
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