Optoelectronics & Optical Communications

Integrated optical resonators with a small mode volume and a high quality factor hold promise for speedy data-transmission devices.

Hybridizing plasmonic structures with optically nonlinear material may enable the creation of an optical analog to the electronic circuit.

A high-speed single-photon communications channel uses high timing resolution and 200ps temporal gating to reduce exposure to background light and extend its operational range.

Experimental suppression of polarization decoherence in a ring cavity uses a simple open-loop control technique known as bang-bang decoupling.

A novel class of liquid-crystal materials demonstrates a route towards simpler and power efficient multi-stable electro-optic devices.

The quantum cascade laser's unique properties -- especially its power, tuning range and ability to work pulsed at room temperature -- make it ideal for a variety of gas sensing applications.

Fiberguide

AMS Technologies

Dow-Key

Glimmerglass

Kopin