Speaker
Ms
Paulina Corona Ugalde
(University of Waterloo-IQC)
Description
The recent observation of the Dynamical Casimir Effect (DCE) was possible due to the fast modulation of the boundary using circuit QED. In this work, I investigate the DCE where the boundary follows different relativistic oscillatory motions. I obtain the relation between the effective temperature of the radiation and the acceleration of the boundary, showing that it yields an effective Unruh type of temperature. This offers the prospect of using the DCE to simulate effects from relativistic quantum field theory.
Primary author
Ms
Paulina Corona Ugalde
(University of Waterloo-IQC)
Co-authors
Dr
Eduardo Martin-Martinez
(Institute for Quantum Computing (University of Waterloo) and Perimeter Instittute for Theoretical Physics)
Robert Mann
(University of Waterloo)
