Looking for a light-based technology using Optical Engineering as Technology source? Choose PhotonTransfer as your comprehensive source for photonics technologies related to Optical Engineering . Check out the latest opportunities and new technologies involved in the development of Optical Engineering . If you're a physicist, engineer, applied scientist, company or product developer there is something here for you.
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ACCURATE CURRENT DRIVER FOR PIXEL DISPLAYSTech for Transfer HiTech 28-04-2016 Circuit driver technology distributes small and accurate current values to remote pixel displays such as OLED panels, providing a more uniform display luminance and faster voltage settling times than conventional drivers. Light sources Optical Components & Devices Optical Engineering Optoelectronics Tell me more |
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IMPROVED OPTICAL PROXIMITY CORRECTION FOR MANUFACTURING OF INTEGRATED CIRCUITSTech for Transfer HiTech 18-05-2016 New system to perform Optical Proximity Correction (OPC) that efficiently considers process variations (such as focus and dosage) during the evaluation of silicon images. OPC is a key step between the design and manufacturing of integrated circuits at nanometer scales. Nanophotonics Optical Engineering Optoelectronics Semiconductors Tell me more |
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GENERATING NARROW-BAND CIRCULARLY AND ELLIPTICALLY POLARIZED RADIATIONTech for Transfer OTC 19-07-2016 A simple ultra-thin platform for generating narrow-band circularly and elliptically polarized radiation, either by conversion from externally incident light or through thermal emission of heated objects. Glass & other optical materials Light sources Optical Components & Devices Optical Engineering Optical measurement systems & Sensors Tell me more |
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ULTRA-LOW-POWER, HIGH-SPEED DUAL-CAVITY OPTICAL MODULATORTech for Transfer OTC 19-07-2016 Novel dual-cavity modulator design with ultra-low modulation energy and outstanding energy-bandwidth performance. It is the ideal building block for next-generation integrated photonic circuits. Glass & other optical materials Optical Components & Devices Optical Engineering Tell me more |
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XSLIT CAMERA FOR CREATING 3-D IMAGESTech for Transfer OTC 19-07-2016 An XSlit camera collects rays that simultaneously pass through two oblique slits in 3D space. To further increase the XSlit camera’s depth-of-field, we couple the lens with slit-shaped apertures. Optical Components & Devices Optical Engineering Optical Imaging and Processing Tell me more |
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MICROWAVE DETECTION IN HIGH RADIATION ENERGY ENVIRONMENTSTech for Transfer OTC 19-07-2016 Novel microwave components that can be realized using spintronic devices. Characteristics of the wave such as frequency, power, and phase may also be detected. Optical Components & Devices Optical Engineering Optical measurement systems & Sensors Tell me more |
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MICROWAVE DETECTOR BASED ON METAMATERIALS TO IMPROVE ITS FREQUENCY SENSITIVITYTech for Transfer OTC 19-07-2016 Inductive and spintronic components to achieve improved electromagnetic wave detection. Optical Components & Devices Optical Engineering Optical measurement systems & Sensors Tell me more |
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SIMPLE METHOD FOR FABRICATING HIGH-INDEX-CONTRAST 3-D PHOTONIC DEVICES ON FLEXIBLE SUBSTRATESTech for Transfer OTC 20-07-2016 The method leverages the amorphous nature and low deposition temperature of novel ChG alloys to pioneer a 3-D multilayer monolithic integration approach with dramatically improved device performance, processing throughput and yield. Optical Components & Devices Optical Engineering Tell me more |
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IMPROVED ELECTROCHROMIC DEVICE GREATLY REDUCES THE RESPONSE TIMETech for Transfer OTC 21-07-2016 By replacing the semiconductor docking layer with a conductive layer having a surface roughness factor (SRF) of at least 10, it dramatically improves the response time and reduces the driving voltage of the EC device. Glass & other optical materials Optical Components & Devices Optical Engineering Electrochemistry Tell me more |
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TRAPPING AND EMISSION OF PHOTONS USING 2D PHOTONIC CRYSTALSTech for Transfer OTC 25-07-2016 The trapping and emission of photons in 2D photonic crystals allows photon control and manipulation in devices such as optical waveguides, resonators, and (de)multiplexers. Lasers Light sources Nanophotonics Optical Components & Devices Optical Engineering Photonic Crystals Waveguides Metamaterials Tell me more |
