Quantum imaging with cameras

Dr. Paul-Antoine Moreau - School of Physics & Astronomy, University of Glasgow

Quantum imaging with cameras

Dr. Paul-Antoine Moreau - School of Physics & Astronomy, University of Glasgow

Share this post:
Register

Share this post:

DATE

2020-10-05


TIME

12:10


PLACE

R36169, 1F, Dept. of Physics, Building of Science College, NCKU

FIELD

Quantum Information Science


SPEAKER

Dr. Paul-Antoine Moreau - School of Physics & Astronomy, University of Glasgow

TITLE

Quantum imaging with cameras


ABSTRACT

Quantum imaging enables new types of imaging exhibiting improvements over classical methods. It also allows to detect and potentially harness very high dimensional entangled states using the transvers positions of light beams as a degree of freedom. The emergence of single-photon-sensitive cameras that can characterize spatial correlations and high-dimensional entanglement lead to the fast development of quantum imaging in recent years. We will see a few examples of research using such cameras to perform both fundamental quantum imaging demonstrations and practical imaging improvements. I will also quickly present a more general overview of my past research activities and future research plan.