News and Events

Prof Roman Jackiw from MIT and Prof So-Young Pi from Boston University are currently on sabbatical leave which they are spending at Leeds, funded by the Royal Society.

Dr Robert Purdy, School of Physics and Astronomy, has authored a new book on particle physics. The publication is a comprehensive introduction to particle physics, aimed at third-year undergraduates. There are two versions of the publication, The Fundamentals of Particle Physics, published in the UK, and Particle Physics: An Introduction,...

Our paper on “Generalized pseudopotentials for the anisotropic fractional quantum Hall effect” has recently been published in Physical Review Letters as Editors’ Suggestion. Read more about this work here. 

Our paper on “Optimal free descriptions of many-body theories” has been published in Nature Communications. 

Dr Jiannis K. Pachos from the Theoretical Physics Group at the School of Physics and Astronomy, University of Leeds, is giving a public lecture at the Yorkshire Philosophical Society, Tempest Anderson Hall, this coming Tuesday the 14th of March at 7:30 pm. Can beautiful ideas also be useful? — Decoding...

We are happy to welcome Alexios Michailidis who is joining the group after doing his PhD at University of Nottingham. Alexios is working on many-body localisation and numerical simulations of quantum many-body systems using matrix-product states and tensor networks.

Funded PhD position available for project on “Quantum computing with photonic networks” in close collaboration with the Oxford Quantum Technology Hub NQIT. Please contact Almut Beige [A.Beige@leeds.ac.uk] for more information.

Contact: Dr. Arend G. Dijkstra (a.g.dijkstra@leeds.ac.uk) In our group, we use models to understand how molecular systems use light to function. These models are compared with state of the art optical experiments, which allow us to probe the fundamental motions of electrons and nuclei that take place on femtosecond to...

Nature Communications 7, Article number: 13194 (2016) Experimental Simulation of the Exchange of Majorana Zero Modes Majorana zero modes are an eagerly anticipated resource for quantum information processing as they offer immunity to noise, but they are difficult to create and control experimentally. In collaboration with theorists and experimentalists from...

News Archive: 2016 (PDF)