OSC Highlights

Quantinuum Joins as Newest Leadership Partner

The Wyant College is pleased to welcome Quantinuum as the newest Industrial Affiliates Leadership Partner.

Welcome CVI Laser Optics

CVI Laser Optics has joined the College’s Industrial Affiliates as a Leadership Partner. Welcome, CVI Laser Optics!

Google Joins OSC Industrial Affiliates

Google is a new Leadership Partner in the Wyant College’s Industrial Affiliates. Welcome, Google!

Welcome Back Optical Support, Inc.

Optical Support, Inc. has returned to the College’s Industrial Affiliates as an Associate Partner with headquarters in Tucson, AZ.

Welcome, Arizona Optical Metrology

The Wyant College is pleased to welcome new Associate Partner in the Industrial Affiliates Program, Arizona Optical Metrology.

Welcome, Laser Components Detector Group

The Wyant College welcomes Laser Components Detector Group as the newest Associate Partner of the Wyant College Industrial Affiliates.

Welcome to Tokyo Electron

The Wyant College of Optical Sciences welcomes Tokyo Electron as a new Leadership Partner at OSC.

Welcome to Snap, Inc.

The Wyant College of Optical Sciences welcomes Snap, Inc. as a new Leadership Partner at OSC.

Welcome to Belden, Inc.

The Wyant College of Optical Sciences welcomes Belden, Inc. as a new Leadership Partner at OSC.

Air Force Test Center at Edwards AFB - Air Force Civilian, Joins Industrial Affiliates

Air Force Test Center at Edwards AFB - Air Force Civilian, a development and test organization of the United States Air Force, joins our Industrial Affiliates as a Leadership Partner.

Nai-Hang Kwong

Research Professor of Optical Sciences

Email Address:

kwong@optics.arizona.edu

Office Location:

Meinel 624

Mailing Address:

College of Optical Sciences
The University of Arizona
1630 E. University Blvd.
P.O. Box 210094
Tucson, AZ 85721-0094

Phone Number:

520-621-8879

Principal Investigator(s):

Rolf Binder

Education:

Specific Research Interests:

Microscopic theory of nonlinear optics of semiconductor quantum well structures.
Quantum mechanics of interacting electrons and/or excitons in the semiconductor.
Electromagnetically induced transparency in quantum wells, Raman coherences, four-wave mixing in microcavities and optically induced polarization shift in quantum well Bragg structures.
Conceptual issues such as the bosonic aspects of quantum well excitons.