Detectors: Nanowires may be grown directly upon semiconducting surfaces and junctions, and tuned for optimal performance. The orientation and position of the nanostructures enhances the sensitivity and selectivity of the device. Because each nanowire, or group of nanowires can be tuned, frequency selectivity can be tailored for each application.

Optical harmonic emitters: We use inherent properties of carbon nanowires and nanowires on junctions to collect and emit electromagnetic energy, including lightwave energy, at harmonic multiples. Applications include efficient solid state broad band lighting, UV generation, RFID and optical identification and tracking systems, to name a few.

Frequency conversion: The same property that allows harmonic generation also permits the nanowire device to operate in a manner similar to a mixer, which combines two or more signals and produces a third signal. We envision applications in signal processing, communications, free-space optics, DWDM and others.

Switching and Beam Steering: When positioned in the right way, the antenna-like operation of nanoscale elements and the ability to switch and/or bias them, allows rapid redirection and reinforcement of single and multiple optical wavefronts. An important application of this technology involves high speed routing of optical signals without mirrors or other electromechanical devices.

Other applications: AMBIT Corporation is currently developing other applications that make use of this new capability. Click here for more information on AMBIT Corporation’s issued Nanotube Patents in downloadable pdf form.

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