Ryan BarnettSenior Lecturer in Condensed Matter Theory
Department of Mathematics
Imperial College London
Systems of many particles evolving through the well-established theories of electromagnetism and quantum mechanics often collectively organize themselves in elegant ways. As a condensed matter theorist, my research aims to predict and understand such behavior from a microscopic basis. I am particularly interested in systems where quantum mechanics and interactions play a crucial role. My research has a particular focus on collective effects in ultracold atomic gases.
Current research investigates several aspects of spinor condensates (an excellent recent review is here), including a geometrical description of their properties. I am also interested in the behavior of ultracold atoms under the presence of external gauge fields . It was recently demonstrated that a large class of gauge fields can be realized by optical methods. This makes it possible to realize cold-atom systems with non-abelian gauge fields and spin-orbit coupling, which can result in many-particle phases with interesting topological properties.
During spring term 2017, I am teaching Tensor Calculus and General Relativity.
Current students: Bogdan Galilo, Luca Mingarelli, and Bruno Murta.
Graduated students: Dr Matjaž Payrits
Since Fall 2012 I have been in the Applied Mathematics and Mathematical Physics section of the Department of Mathematics at Imperial College London. I received my PhD in Physics from Harvard University in 2006, after which I held postdoctoral fellowships at Caltech and the Joint Quantum Institute. More details are in my CV (updated intermittently).
My professional web page
Applied Mathematics and Mathematical Physics
Controled Quantum Dynamics DTC
Hubbard Theory Consortium
Links from my past:
Joint Quantum Institute
UMD Condensed Matter Theory Center