Wednesday 3 March 2021, 2:30pm
Speaker: S. G. Rajeev (University of Rochester)
Title: Helicity leads to a Quantum Group in Classical Hydrodynamics
Author(s): Shane Dooley & Graham Kells (STP, DIAS)
Title: ‘Enhancing the Effect of Quantum Many-Body Scars on Dynamics by Minimizing the Effective Dimension’
Phys. Rev. B 102, 195114
Author(s): G. Palumbo
Title: ‘Non-Abelian Tensor Berry Connections in Multi-Band Topological Systems’
Author(s): P. Salgado-Rebolledo & G. Palumbo
Title: ‘Extended Nappi-Witten Geometry for the Fractional Quantum Hall Effect’
The School of Theoretical Physics focuses on original research into the mathematical principles of physics.
It investigates the fundamental mathematical structures in which the laws of physics find expression. This research has profound, if long-term, implications not just for our understanding of the structure and origin of the universe, but, through quantum information theory, for the future of computing and the limits of what is computable.
The school is highly regarded internationally for work on quantum field theory, string theory, and quantum information. Groundbreaking research on the deep structure of quantum fields and related physical structures, and the development of new mathematical tools for their study, in addition to work on the theory of quantum information and the emergence of geometry out of a world of quantum fluctuations, are current areas of focus.
The School of Theoretical Physics has an extensive national and international network, and has a Research Associate programme. It provides facilities for university professors and lecturers on leave of absence from their academic duties and it organises seminars, conferences, and lectures.