The Quantum Optics cluster includes researchers working in the fields of AMO (atomic, molecular, and optical) physics, Quantum Information, Laser Science, Plasma Physics, and some parts of Condensed Matter Physics. Topics of study include: the properties of light; fundamentals of quantum mechanics; the interaction of light with photonic crystals, semiconductors, quantum wells and superlattices; ultafast and nonlinear optical phenomena in condensed matter systems; Bose-Einstein condensation and neutral Fermi gases; trapped ions; plasma physics; and studies of biological systems using optical probes. Such a wide variety of interests are drawn together by a common focus on lasers as primary experimental tools, and on quantum mechanics as the primary theoretical paradigm.
Nonlinear Optics and Ultrafast Lasers
|Experiment:||Robin Marjoribanks, Dwayne Miller, Aephraim Steinberg|
|Theory:||John Sipe, Daniel James|
Photonic Materials and Resonant Optical Structures
|Theory:||Sajeev John, John Sipe|
|Experiment:||Aephraim Steinberg, Hoi-Kwong Lo
|Theory:||Daniel James, Hoi-Kwong Lo, John Sipe|
|Experiment:||Aephraim Steinberg, Joseph Thywissen, Amar Vutha|
|Theory:||Arun Paramekanti, John Sipe, Daniel James, Hae-Young Kee, Yong Baek Kim|
The QO/AMO (quantum optics and atomic, molecular, and optical physics) seminar is held regularly during the academic year (September - April), usually on Mondays at 2 p.m. in Room MP606 of the Burton Tower.
Our Quantum Information seminar is held on Friday mornings at 11 am in the Fields Institute library (222 College St) and is affiliated with the CQIQC. The QuInf seminar ongoing work and ideas about quantum computation, cryptography, teleportation, et cetera. We hope to bring together interested parties from a variety of different backgrounds, including math, computer science, physics, chemistry, and engineering, to share ideas as well as open questions.
You also might also see the photos from our internal research symposium, typically held at the end of the summer.
Our activities are quite interdisciplinary, overlapping with other clusters in the department — condensed matter and biophysics — and bridging to other departments, including chemistry, mathematics, and electrical engineering. Our members participate in three different programs (Quantum Materials, Quantum Information Processing, and Nanoscience) of the Canadian Institute for Advanced Research. Two institutes have been founded by members of the QO cluster: the Centre for Quantum Information and Quantum Control and the Institute of Optical Sciences.