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
Software-Controlled Optical Lithography for use in Microelectronics

SOFTWARE-CONTROLLED OPTICAL LITHOGRAPHY FOR USE IN MICROELECTRONICS

Tech for Transfer

TTO

23-01-2016

Technology which uses a spatial light modulator (SLM) to perform digital, software-controlled lithography.

Light sources   Optical Computing   Semiconductors
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Extreme Ultraviolet Light Source for Inspecting Lithography

EXTREME ULTRAVIOLET LIGHT SOURCE FOR INSPECTING LITHOGRAPHY

Tech for Transfer

TTO

23-01-2016

New Extreme Ultraviolet (EUV) light source for inspecting semiconductor lithography uses a long pulse in a CO2 laser to generate the EUV light which gives better conversion efficiency and makes the system cheaper to operate.

Lasers   Light sources
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Organic Light-Emitting Diodes for use in Environmental Lighting Applications

ORGANIC LIGHT-EMITTING DIODES FOR USE IN ENVIRONMENTAL LIGHTING APPLICATIONS

Tech for Transfer

TTO

23-01-2016

Development of Organic Light-Emitting Diodes (OLEDs) which provide a designable spectrum of illumination and use less electricity than traditional Light-Emitting Diodes (LEDs).

Light sources   Optical Components & Devices
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Optical Oximetry of Tumors for use in Biomedical Applications

OPTICAL OXIMETRY OF TUMORS FOR USE IN BIOMEDICAL APPLICATIONS

Tech for Transfer

TTO

23-01-2016

A safe, non-invasive method to optically image a region of tissue and measure its oxygenation levels makes it easier to differentiate benign and malignant tumors.

Optical Components & Devices   Optical Imaging and Processing
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High-flux, low-power single-photon generation using diamond nanowires

HIGH-FLUX, LOW-POWER SINGLE-PHOTON GENERATION USING DIAMOND NANOWIRES

Tech for Transfer

TTO

23-01-2016

Single-photon source based on a nitrogen vacancy center in a diamond nanowire produces ten times more flux than bulk diamond devices while using ten times less power.

Light sources   Nanophotonics   Optical Computing   Quantum Optics
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Optically Pumped Mid-IR DFB Laser for Spectroscopic Applications

OPTICALLY PUMPED MID-IR DFB LASER FOR SPECTROSCOPIC APPLICATIONS

Tech for Transfer

TTO

23-01-2016

Expansion upon the use of chirped grating systems to allow for the formation of a high-power, optically-pumped, tunable mid-IR laser.

Lasers   Spectroscopy
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Optically Pumped Reconfigurable Antenna for Satellite Communication Systems

OPTICALLY PUMPED RECONFIGURABLE ANTENNA FOR SATELLITE COMMUNICATION SYSTEMS

Tech for Transfer

TTO

23-01-2016

Optically Pumped Reconfigurable Antenna which makes use of intrinsic Gallium Arsenide cells whose doping can be altered by exposing the cell to laser light of appropriate wavelength.

Lasers   Remote Sensing   Semiconductors   Optical Communications
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Fiber Lasers with spectral broadening well beyond gain bandwidth

FIBER LASERS WITH SPECTRAL BROADENING WELL BEYOND GAIN BANDWIDTH

Tech for Transfer

TTO

23-01-2016

Fiber laser for generating broadband laser pulses with a spectral bandwidth greater than the gain spectral bandwidth of a gain fiber segment.

Fiber Optics   Lasers   Non-Linear Optics   Photonic Crystals
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Efficient light coupling between optical fibers and photonic integrated circuits

EFFICIENT LIGHT COUPLING BETWEEN OPTICAL FIBERS AND PHOTONIC INTEGRATED CIRCUITS

Tech for Transfer

TTO

24-01-2016

Efficient coupling of light from optical fibers into photonic integrated circuits (PIC) for optical telecommunications with a robust design architecture that is highly tolerant to alignment mismatches.

Fiber Optics   Optoelectronics   Optical Communications   Waveguides
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Photonic Crystal Device Traps Light for Biosensing Applications

PHOTONIC CRYSTAL DEVICE TRAPS LIGHT FOR BIOSENSING APPLICATIONS

Tech for Transfer

TTO

24-01-2016

An extremely small, highly-sensitive photonic crystal device is used to slow down or trap light and extend the interaction time with molecules for optical sensing and chemical and biological detection.

Optical measurement systems & Sensors   Quantum Optics   Photonic Crystals   Photodetection
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EPIC
International Year of Light 2015