A partner in form of Joint research. This is an agreement on cooperation between the parties on research and development on an equal level (Synergy and international partnership, EU H2020 funding application).
|
TOPOGRAPHY FOR DEPTH-RESOLVED FLUORESCENCE OF BURIED PATHOLOGIESTech for Transfer TTO 20-01-2016 A system which uses the principle that light penetrates tissue at different depths depending on the wavelength. Biophotonics Light sources Tell me more |
|
MULTILAYER GRATING-BASED WAVELENGTH DEMULTIPLEXER FOR SILICON PHOTONICS COMPONENTSTech for Transfer TTO 20-01-2016 A versatile, very shallow etched-grating structure is proposed as a wavelength multiplexer/demultiplexer. Optical Components & Devices Semiconductors Optical Communications Waveguides Tell me more |
|
LIGHT-EMISSION FROM SILICON QUANTUM DOTS COUPLED TO RESONATORTech for Transfer TTO 20-01-2016 Luminescent silicon nanocrystals strongly coupled to a high-quality optical resonator through a simple method and inexpensive materials. Light sources Nanophotonics Optical Components & Devices Quantum Dots Tell me more |
|
PHOTONIC GUITARTech for Transfer TTO 20-01-2016 On the frame of an acoustic guitar, the usual nylon strings have been replaced with multimode optical fibers in which laser light circulates. Fiber Optics Lasers Optical Engineering Tell me more |
|
LEDS INTEGRABLE WITH SILICON MICROELECTRONICSTech for Transfer TTO 20-01-2016 This invention provides a simple method for integrating light-emitting diodes (LEDs) with silicon microelectronics. By changing the direction of the voltage bias, the LEDs can emit at two different wavelengths with very short switching times. The light-emitting regions can be easily patterned to suit user needs by using standard lithographic techniques. Light sources Optoelectronics Tell me more |
|
OPTICAL MODE-DIVISION MULTIPLEXING USING SELECTED MODE COUPLINGTech for Transfer TTO 20-01-2016 On-chip mode multiplexing and demultiplexing based on high confinement photonic structures which enable tailoring of the propagation constant of different waveguide modes. Optical Components & Devices Optical Communications Waveguides Tell me more |
|
ADVANCED METAMATERIAL LENS REMOVES CHROMATIC ABERRATIONTech for Transfer TTO 20-01-2016 New metamaterial lens with a reverse chromatic aberration effect. The material can be coated on a normal lens, allowing all wavelengths to focus together, leading to an ultra-sharp image. Adaptive Optics Glass & other optical materials Metamaterials Tell me more |
|
ELECTRIC FIELD DETECTOR WITH HIGH SENSITIVITY OVER A LARGE FREQUENCY RANGETech for Transfer TTO 20-01-2016 This technology presents an Electric Field Detector (E-FED) with high sensitivity over a broad frequency range. This device utilizes a micro-antenna and an electro-optic waveguide structure to enhance the sensitivity of the electric field detection. It can achieve an increased sensitivity of 100,000 times that of typical E-FEDs over a frequency range that goes from 0.5Hz up to 1GHz with a response bandwidth of about 1,000 Hz. Optical measurement systems & Sensors Optoelectronics Tell me more |
|
OPTICAL DEVICES INSENSITIVE TO THERMAL FLUCTUATIONSTech 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 MODULATIONTech 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 |
