search

UMD     This Site





This schematic from the patent shows the layout of the system

This schematic from the patent shows the layout of the system

 

ECE Associate Research Scientist Igor I. Smolyanivov; ISR-affiliated Professor Christopher Davis (ECE); and Anatoly Zayats, Department of Physics and Astronomy, Queens University Belfast; were issued US Patent 6,897,436 on May 24, 2005 for "System and method for optical processing based on light-controlled photon tunneling."

This patent is a system for optical processing based on light-controlled photon tunneling. The system includes a prism with a metallic film layer on its upper surface that has a microscopic aperture covered by a layer of non-linear optical film. A first light beam is projected towards aperture and photons from first light beam tunnel through aperture. A second light beam is also projected towards microscopic aperture. This beam has a different wavelength than the first beam. Selective actuation and modulation of the light beam allows for selective control over the rate and intensity of the photons which tunnel through microscopic aperture. The intensity of transmission of the photons from light beam are measured by optical fiber tip, thus allowing for the creation of optical gates, switches, and other optical processing devices.

| ISR patents page |

June 3, 2005


«Previous Story  

 

 

Current Headlines

ECE Chair Sennur Ulukus Named to Turkish Science Academy

MATRIX Lab Workshop Focuses on Fielding Autonomous Systems

Research Team Led by Prof. Damena Agonafer Wins Best Paper Award in Data Center Sustainability

Celebrating Black History Month 2026

OmniSpeech Launches Real-Time Voice Deepfake Detection

The Future Takes Flight at Maryland

Maryland Engineering Maintains Status as National Leader in Online Education

Sensor Advancement Breaks Barriers in Brain-Behavior Research

Alchemity Among 17 MIPS-Funded University Research Projects

MATRIX Faculty to Present at International Conference

 
 
Back to top  
Home Clark School Home UMD Home