Home

Projects

Publications

Selected Presentations

Group Members

Alumni

Ph. D. Theses

Contact

UO Physics

Oregon Center for Optics

Last Update:
August 28, 2009
Created By:
Matthew Hendricks

Cavity Optomechancis

We attempt to cool a macroscopic mechanical system to its ground state with laser cooling techniques. A particular emphasis is on the exploration of quantum behaviors in an otherwise classical mechanical system.

Cavity QED with NV Centers in Diamond

We couple nitrogen vacancy centers in diamond to whispering gallery modes in a silica optical microresonator. A particular goal is to control optical interactions at the level of single photons and single spins, enabling applications such as spin-photon interface for quantum internet.

Optical Spin Manipulations of Spins in Semiconductors

We use ultrafast optical pulses to probe, manipulate, and preserve quantum coherences of electron spins in semiconductors.

Electromagnetically Induced Transparency in Semiconductors

EIT is a phenomenon that renders an otherwise opaque medium transparent with destructive quantum interference. We pursue EIT in semiconductors for potential applications in classical as well as quantum information processing.