Speaker
Aida Ahmadzadegan
(University of Waterloo)
Description
In this talk, I will explore the applications of relativistic quantum information theory to metrology. By considering the relativistic effects on the transition probability of atoms moving through the optical cavities, we will characterize the perturbations of the general trajectories of an atom. Moreover, since the atom’s transition rate depends on how the detector enters the cavity, we will show how this feature can be used as a test to measure the alignment of a cavity.
Primary author
Aida Ahmadzadegan
(University of Waterloo)
Co-authors
Dr
Eduardo Martin-Martinez
(Institute for Quantum Computing (University of Waterloo) and Perimeter Instittute for Theoretical Physics)
Robert Mann
(University of Waterloo)
