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
Optical Devices Insensitive to Thermal Fluctuations

OPTICAL DEVICES INSENSITIVE TO THERMAL FLUCTUATIONS

Tech for Transfer

TTO

20-01-2016

A combination of materials with positive and negative thermal-optic effects can make an optical device insensitive to thermal fluctuations, addressing a major performance problem in integrated optics and enabling bandwidth scaling of telecommunication systems.

Glass & other optical materials
Tell me more
Electrochromic Window with High Reflectivity Modulation

ELECTROCHROMIC WINDOW WITH HIGH REFLECTIVITY MODULATION

Tech for Transfer

TTO

20-01-2016

A multi-layered, active, thin film, solid-state electrochromic device with a high reflectivity and transmissivity modulation and a low absorptivity in the near-IR.

Glass & other optical materials   Electrochemistry   Thin-Film Materials
Tell me more
Femtosecond Optical Pulses in Higher-Order-Mode Fiber

FEMTOSECOND OPTICAL PULSES IN HIGHER-ORDER-MODE FIBER

Tech for Transfer

TTO

20-01-2016

Method and system for continuous frequency tuning of femtosecond optical pulses through a higher-order-mode fiber.

Fiber Optics   Lasers   Optical Microscopy   Quantum Optics   Spectroscopy
Tell me more
Multicolor Fluorescence Detection for Microfluidic Devices

MULTICOLOR FLUORESCENCE DETECTION FOR MICROFLUIDIC DEVICES

Tech for Transfer

TTO

20-01-2016

Novel device and method for fluorescence detection from multiple microfluidic channels. The method is highly sensitive and both spectrally and spatially resolved. The device is very robust, containing only fixed optical parts, and has simultaneous five-color detection from eight microfluidic channels in a plastic microchip for DNA analysis.

Biophotonics   Optical measurement systems & Sensors   Optofluidics
Tell me more
Quadratic Nonlinear Pulse Compressor for use in Biomedicine and Manufacturing

QUADRATIC NONLINEAR PULSE COMPRESSOR FOR USE IN BIOMEDICINE AND MANUFACTURING

Tech for Transfer

TTO

21-01-2016

A new technique that involves high-energy pulse compression using the soliton effect with self-defocusing cascaded-quadratic nonlinearities to overcome the limitations to compression.

Lasers   Non-Linear Optics   Photonic Crystals
Tell me more
Corrosion Resistant Magnetorheological Fluid for Improved Optical Finishing

CORROSION RESISTANT MAGNETORHEOLOGICAL FLUID FOR IMPROVED OPTICAL FINISHING

Tech for Transfer

TTO

21-01-2016

An improved fluid for magnetorheological finishing of optical parts is made from carbonyl iron coated with zirconia, this material is a long-life polishing agent for use in optics components.

Glass & other optical materials   Optical Components & Devices
Tell me more
Photovoltaic Solar Concentrator For Simple Solar Power Conversion

PHOTOVOLTAIC SOLAR CONCENTRATOR FOR SIMPLE SOLAR POWER CONVERSION

Tech for Transfer

TTO

21-01-2016

Solar power conversion focusing light on an optical fiber and delivering natural light for indoor applications.

Fiber Optics   Light-matter interactions   Photovoltaics
Tell me more
Endoscopy with Multiphoton Imaging

ENDOSCOPY WITH MULTIPHOTON IMAGING

Tech for Transfer

TTO

21-01-2016

Excitation and collection optics for endoscopy include detection paths for a near-IR multiphoton signal with high magnification and spatial resolution and a white light reflected or scattered signal with low magnification and resolution.

Biophotonics   Optical measurement systems & Sensors   Optical Microscopy
Tell me more
Superconducting Magneto-Optic Modulator for Optical Fiber Communications

SUPERCONDUCTING MAGNETO-OPTIC MODULATOR FOR OPTICAL FIBER COMMUNICATIONS

Tech 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
Electromagnetically-induced transparency in photonic crystals opens door to all-optical computers

ELECTROMAGNETICALLY-INDUCED TRANSPARENCY IN PHOTONIC CRYSTALS OPENS DOOR TO ALL-OPTICAL COMPUTERS

Tech for Transfer

TTO

21-01-2016

Electro-magnetically induced transparency is used as the non-linear medium in photonic crystal cavities to obtain devices with extreme non-linear sensitivity and operating power much lower than conventional non-linear optics systems.

Non-Linear Optics   Photonic Crystals
Tell me more
EPIC
International Year of Light 2015