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OPTICAL PARAMETRIC AMPLIFICATION OF WEAK SIGNALS FOR IMAGING BIOLOGICAL TISSUETech for Transfer TTO 16-01-2016 Method of applying optical parametric amplification technology to enhance ultraweak signals from scattering biological tissue. Biophotonics Light sources Non-Linear Optics Tell me more |
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ELECTRON-BEAM LITHOGRAPHYTech for Transfer TTO 16-01-2016 Novel device to focus optical energy at nanoscale and locally excite electrons to form massively parallel electron beams, which can be used to perform maskless lithography in mass quantities. Light-matter interactions Nanophotonics Optoelectronics Tell me more |
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PHOTONIC JET WITH LARGE FIELD OF VIEWTech for Transfer TTO 16-01-2016 Numerous applications, such as detectors and displays, require imaging an object onto a flat surface with spot-size smaller than the wavelength of the incident light but with a large field of view. Such a small spot size can be achieved with an optical device called photonic jet however, existing photonic jets are limited by their field of view. This technology provides a novel optical device that enables high-quality imaging of a small spot size on a flat focal plane and with a large field of view. Optical Components & Devices Optical Imaging and Processing Tell me more |
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HIGH BANDWIDTH GRAPHENE PHOTODETECTORTech for Transfer TTO 16-01-2016 This technology involves a device for coupling light into graphene using a planar photonic crystal with a resonant cavity and evanescent coupling. This resolves the problem of low optical absorption and responsitivity of graphene making it suitable for working as a photodetector. The optical properties of the graphene layer can then be controlled by electric currents. The advantages of graphene-based devices, such as high bandwidth detection abilities and ultrafast carrier dynamics are maintained. Photonic Crystals Photodetection Thin-Film Materials Tell me more |
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HIGH-RESOLUTION ELECTROHYDRODYNAMIC JET PRINTINGTech for Transfer TTO 16-01-2016 This new approach to e-jet printing produces a higher resolution using nozzles with much smaller internal diameters than previous methods. Optical Components & Devices Tell me more |
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BLUE-SHIFT CONVERSION OF LASER LIGHT INTO A BROAD GAUSSIAN-LIKE SPECTRUMTech for Transfer TTO 16-01-2016 Method to shift a laser beam into a broadband of light with lower wavelengths. This technology enables the use of pulsed pump lasers in ultrafast spectroscopy, nonlinear biomedical imaging, and many other imaging fields. Fiber Optics Lasers Non-Linear Optics Tell me more |
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PHOTON COUNTING MODEL FOR RANGE ENHANCEMENT IN X-RAY DETECTIONTech for Transfer TTO 17-01-2016 Statistical model for X-ray photon counting, representing the newest challenger to the state of the art in X-ray detection. Optical Computing Photodetection Tell me more |
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REFLECTION SCATTEROMETER FOR RAPID DETECTION OF BACTERIATech for Transfer TTO 17-01-2016 Reflection scatterometer device that allows for the measurement of three different wavelengths in a few seconds by using a simple, stackable, cage-type pellicle beam-splitter structure. Light sources Optical measurement systems & Sensors Tell me more |
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SOPHISTICATED MICROSCOPE DESIGN LEADS TO FASTER IMAGINGTech for Transfer TTO 17-01-2016 Technique for increased temporal resolution of laser scanning microscopes by multispot imaging. Diffractive Optics Optical Microscopy Tell me more |
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COMBINED LIGHT COMMUNICATION AND ENERGY HARVESTING FROM SOLAR PANEL RECEIVERSTech for Transfer TTO 17-01-2016 A technology allowing solar panels to harvest light energy while also acting as the receiver elements of light-based communication links or networks. Photovoltaics Optical Communications Tell me more |
