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Nanocircuits at optical frequencies

Description:

Problem: 

Conventional electric circuit elements operate in the radio frequency (RF) domain. However, shrinking circuits down to smaller sizes presents some difficulties as the metallic elements do not behave the same way at the nanoscale. If circuit elements could be created that operate at optical frequencies, they could be made much smaller than conventional electronics. This would require nano-scale circuit elements such as resistors, capacitors, and inductors at sizes orders of magnitude smaller than today’s electronics.

 

Solution: 

Researchers at the University of Pennsylvania have created nanostructures that act as optical circuit elements. These nanostructures could be used for data storage and computing at scales much smaller than existing devices. The devices are fabricated using certain metals such as gold or silver that exhibit surface plasmon resonance at optical frequencies. Nanoparticles created from a combination of plasmonic (gold, silver) and non-plasmonic materials (Au2S, SiO2) can produce properties that will act as inductors, resistors, capacitors, diodes, and inverters in the optical domain. Fabrication and operation of these devices has been demonstrated at infrared wavelengths, using optical nano-circuit elements formed from an array of Silicon Nitride nanorods.
 

Inventor:

Nader Engheta

 

Advantages: 

  • Circuit elements at the nanoscale
  • Operation at optical frequencies

Stage of Development: 

Prototype

 

Intellectual Property: 

US Patents 9,008,471 & 8,284,477 

 

Reference Media: 

Desired Partnerships: 

License

 

Docket # Q3625

 

Keywords: Nanoinductors, Nanocapacitors, and Nanoresistors

 

 

 

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Patent Information:
For Information, Contact:
Pamela Beatrice
Director, SEAS/SAS Licensing Group
University of Pennsylvania
215-573-4513
beatricp@upenn.edu
Inventors:
Nader Engheta
Keywords: