LICENSING IN THE PHOTONICS INDUSTRY

This Exchange can be done through a licensing agreement as a partnership to authorize to use the license of the technology in exchange for an agreed payment (fee or royalty).

Listings

473 listings found
Synthesis of Large Single-Crystal Graphene

SYNTHESIS OF LARGE SINGLE-CRYSTAL GRAPHENE

Tech for Transfer

HiTech

19-05-2016

Method for synthesizing large single-crystal graphene films by suppressing evaporative substrate loss in chemical vapor deposition.

Thin-Film Materials
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Multi-Environment High-Resolution Laser Microscopy

MULTI-ENVIRONMENT HIGH-RESOLUTION LASER MICROSCOPY

Tech for Transfer

HiTech

19-05-2016

Microscopy system equipped with long working distance objectives for high-resolution laser micro-spectroscopy analysis with an enormous level of flexibility, allowing measurement of relevant properties in all kinds of materials and over a very wide range of temperatures.

Optical Microscopy   Spectroscopy
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Spectral Imaging Sensor with Color-Coded Aperture Array

SPECTRAL IMAGING SENSOR WITH COLOR-CODED APERTURE ARRAY

Tech for Transfer

HiTech

20-05-2016

Spectral Imaging Sensor (SIS) that uses a color-coded arrays of apertures to obtain spatio-spectral information from a scene or an object. Particularly suitable for use in Compressive Spectral Imaging (CSI).

Optical Imaging and Processing   Remote Sensing   Spectroscopy   Photodetection
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Forming Thin Films on Substrates using microwave radiation

FORMING THIN FILMS ON SUBSTRATES USING MICROWAVE RADIATION

Tech for Transfer

OTC

18-07-2016

Low-cost, high-speed technique for generating thin films on a variety of substrate materials at relatively low temperatures. This method can be used for the controlled growth of oxide films on plastics.

Photovoltaics   Semiconductors   Photodetection   Thin-Film Materials
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Non-Contact Method for Creating Micro-scale Topographical Patterns in Polymers

NON-CONTACT METHOD FOR CREATING MICRO-SCALE TOPOGRAPHICAL PATTERNS IN POLYMERS

Tech for Transfer

OTC

18-07-2016

Patterning the surface of polymeric films using light without the need for a photomask.

Glass & other optical materials   Thin-Film Materials
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Increasing the absorbance of light in the longer wavelength region

INCREASING THE ABSORBANCE OF LIGHT IN THE LONGER WAVELENGTH REGION

Tech for Transfer

OTC

19-07-2016

Increased optical absorption by dielectric-coated metal nanoparticles for the plasmonic enhancement of thin-film solar cells.

Optical Components & Devices   Thin-Film Materials
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Generating narrow-band circularly and elliptically polarized radiation

GENERATING NARROW-BAND CIRCULARLY AND ELLIPTICALLY POLARIZED RADIATION

Tech 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
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Creating a printed circuit board to reduce the attenuation

CREATING A PRINTED CIRCUIT BOARD TO REDUCE THE ATTENUATION

Tech for Transfer

OTC

19-07-2016

This new technique helps to effectively integrate optical waveguides into a printed circuit board that can be used for intrachip and interchip communication.

Glass & other optical materials   Optical Components & Devices   Waveguides
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Ultra-Low-Power, High-Speed Dual-Cavity Optical Modulator

ULTRA-LOW-POWER, HIGH-SPEED DUAL-CAVITY OPTICAL MODULATOR

Tech 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
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XSlit Camera for creating 3-D images

XSLIT CAMERA FOR CREATING 3-D IMAGES

Tech 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
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EPIC
International Year of Light 2015