Looking for a light-based technology using Optoelectronics as Technology source? Choose PhotonTransfer as your comprehensive source for photonics technologies related to Optoelectronics . Check out the latest opportunities and new technologies involved in the development of Optoelectronics . If you're a physicist, engineer, applied scientist, company or product developer there is something here for you.
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SILICON MICRORING RESONATORS FOR ULTRA LOW-POWER OPTICAL INTERCONNECTSTech for Transfer TTO 18-01-2016 Complete passive thermal compensation of a silicon microring resonator, using a new design for a Mach-Zehnder interferometer with self-restoring thermal phase shifts. Optical Components & Devices Optical Computing Optoelectronics Semiconductors Tell me more |
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HIGH-SPEED, LOW-POWER ELECTRO-OPTIC SWITCHTech for Transfer TTO 19-01-2016 Electro-optic switch based on a ring resonator with a PIN junction, resulting in low power requirements and very fast switching speeds. Quantum Optics Optoelectronics Tell me more |
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OPTICALLY CONTROLLED PHOTONIC SWITCHTech for Transfer TTO 19-01-2016 A fast, all optical switch on silicon using highly light-confining resonating structures to enhance the sensitivity of light to small changes in refractive index. Non-Linear Optics Quantum Optics Optoelectronics Semiconductors Tell me more |
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HYBRID INTEGRATION OF A SEMICONDUCTOR OPTICAL AMPLIFIER FOR INTERCONNECTION NETWORKSTech for Transfer TTO 19-01-2016 A novel SOA design featuring reduced gain distortion and faster switching times compared to that of state-of-the-art commercially available SOAs. Optical Components & Devices Optical Computing Optoelectronics Semiconductors Tell me more |
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GRAPHENE-SILICON OPTICAL CAVITY FOR NEXT-GENERATION OPTOELECTRONIC DEVICESTech for Transfer TTO 19-01-2016 A graphene-silicon optical cavity that takes advantage of the high nonlinear optical response of graphene for producing novel optoelectronic devices such as ultrafast photonic logic gates and memories for ultralow-power and high speed optical information processing. This technology is silicon CMOS-compatible and has a wide range of applications towards high-speed, low power, and chip-scale optoelectronics. Optoelectronics Semiconductors Thin-Film Materials Tell me more |
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ORGANIC ELECTRO-OPTIC CHROMOPHORES WITH SUPERIOR HYPERPOLARIZABILITYTech for Transfer TTO 20-01-2016 A series of unconventional electro-optic chromophores for use in optoelectronic and photonic technologies such as high-speed optical communications, integrated optics and optical data processes and storage. Glass & other optical materials Optical Computing Optoelectronics Tell me more |
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LEDS INTEGRABLE WITH SILICON MICROELECTRONICSTech for Transfer TTO 20-01-2016 This invention provides a simple method for integrating light-emitting diodes (LEDs) with silicon microelectronics. By changing the direction of the voltage bias, the LEDs can emit at two different wavelengths with very short switching times. The light-emitting regions can be easily patterned to suit user needs by using standard lithographic techniques. Light sources Optoelectronics Tell me more |
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ELECTRIC FIELD DETECTOR WITH HIGH SENSITIVITY OVER A LARGE FREQUENCY RANGETech for Transfer TTO 20-01-2016 This technology presents an Electric Field Detector (E-FED) with high sensitivity over a broad frequency range. This device utilizes a micro-antenna and an electro-optic waveguide structure to enhance the sensitivity of the electric field detection. It can achieve an increased sensitivity of 100,000 times that of typical E-FEDs over a frequency range that goes from 0.5Hz up to 1GHz with a response bandwidth of about 1,000 Hz. Optical measurement systems & Sensors Optoelectronics Tell me more |
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SUPERCONDUCTING MAGNETO-OPTIC MODULATOR FOR OPTICAL FIBER COMMUNICATIONSTech for Transfer TTO 21-01-2016 Optical interface for super-conducting single-flux-quantum logic systems, which could be used in optical fiber communication networks to increase performance and capacity for a given fiber network. Optical Components & Devices Quantum Optics Optoelectronics Tell me more |
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EMULATION OF METAMATERIAL PROPERTIES WITH SIMPLE CIRCUIT COMPONENTSTech for Transfer TTO 21-01-2016 Simple microwave circuit components that emulate the extraordinary propagation phenomena traditionally encountered in photonic crystals and metamaterials. Photonic Crystals Optoelectronics Metamaterials Tell me more |
