Presentation Information
[20p-D902-11]Numerical Quantization of Interfering Photons using Liquid Crystal Retarder
〇Hiroyuki Okada1 (1.Univ. Toyama)
Keywords:
liquid crystals,quantum computing,organic device
Optical quantum method is interesting as a method that operates at room temperature, resistant to external disturbances, relatively long coherence time, and easy to introduce into research. We are considering the application of organic devices to the field of quantum computing. In this paper, we report numerical analysis of an optical system in which a liquid crystal phasor is introduced into a beamsplitter system consisting of two input and two output beams, with the ultimate goal of achieving a universal photon quantum circuit using liquid crystals in the future.