Room 12-22-426
Prof. Anand Kumar Jha, Professor of Physics at IIT Kanpur in India
Abstract
The fact that a photon in a light beam can carry orbital angular momentum (OAM) in the integer multiples of ℏ has made OAM a very important degree of freedom for quantum information and quantum metrology. However, the efficient techniques for generating and detecting high-dimensional OAM entangled states have been lacking, which severely limits the potential applicability of such states for real-world applications. In this talk, I will present our recently-developed techniques for efficiently generating and detecting OAM-entangled states with dimensionalities up to 200.
