|DATE||July 18 (Thu), 2019|
|INSTITUTE||Korea Advanced Institute of Science and Technology (KAIST)|
|TITLE||Non-Gaussian quantum state of multimode light generated via hybrid quantum information processing|
Optical quantum information processing can be classified into two categories depending on the way of encoding quantum information on light: one harnesses the particle nature (photon)−called discrete-variable approach−, and the other exploits the wave nature (electric field)−called continuous-variable approach. Basic nonclassical lights for the two are single photon and squeezed vacuum, respectively. Recently, a new field of study is emerging, called hybrid quantum information processing that combines the two conventional approaches to complement each other.