Opli

On-demand room-temperature single photon array: a quantum communication breakthrough by CCNY physicists

Using an atomically thin material, hexagonal boron nitride, placed on nanopillars, the researchers demonstrated single p…

Researcher could help commercialise quantum communications

The receivers, which use photonic technology, will be designed to be compact, lightweight and affordable to allow for co…

First-Ever Method for Controlling Nanomotors is Developed by UT Engineers

Using light from a laser or light projector at strengths varying from visible to infrared, the UT researchers’ novel tec…

Sound offers new directions in integrated photonics

By coupling light and sound on a silicon chip, Rakich’s team demonstrated that traveling ultrasound waves can produce no…

INRS researchers create an invisibility cloak by manipulating colors of light

The demonstrated one-dimensional invisibility cloak is already of potential interest for a variety of important applicat…

UPCOMING EVENTS

UPCOMING EVENTS

Materials “Sandwich” Breaks Barrier For Solar Cell Efficiency

The organic solar cells developed by his team are flexible and could one day be used in applications supporting electric vehicles, wearable electronics, or backpacks to charge cell phones. Eventually, they could contribute significantly to the supply of electric power

Research Team Combines Materials and Borrows Lessons from Nature to Build a Better Organic Solar Cell