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).
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DUAL RING SILICON ELECTRO-OPTICAL MODULATORTech for Transfer TTO 17-01-2016 Novel dual ring structure with two p-doped ring waveguides on a surface, separated and bordered by n-doped regions. Optical Components & Devices Optical Engineering Semiconductors Waveguides Tell me more |
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LASER-INDUCED PLASMA MICROMACHININGTech for Transfer TTO 17-01-2016 A novel laser-induced plasma micro-machining with enhanced productivity and process flexibility for micro-machining process. Lasers Plasma Research & Applications Tell me more |
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CMOS PLENOPTIC DETECTOR FOR LED APPLICATIONSTech for Transfer TTO 17-01-2016 This invention provides a new CMOS-compatible plenoptic (angle and wavelength) detector for LED lighting applications. The sensor has both high spectral and angular resolution. Furthermore, such a sensor can be based on a scalable silicon IC platform to meet mass-market cost targets, have a low profile for broad installation flexibility, and does not have any moving parts such as a grating rotation for manufacturing and operational simplicity and robustness. Semiconductors Waveguides Photodetection Tell me more |
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PHOTOACOUSTIC SPECTROSCOPY AS A CHEMICAL IDENTIFICATION TOOLTech for Transfer TTO 17-01-2016 A new spectroscopic method of distinguishing chemical species with overlapping absorption spectra based on their different relaxation rate. Spectroscopy Tell me more |
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ULTRAHIGH BITRATE OPTICAL PULSES ON PHOTONIC CHIPSTech for Transfer TTO 17-01-2016 With the advent of ever faster telecommunication data rates, it is important to achieve clock speeds faster than 1 THz not limited by the optical pulse width, and to do so in a scalable approach. Soliton-effect pulse compression can offer a route to realize femtosecond pulses at multi-GHz repetition rates, in an integrated photonic chip. This invention provides an apparatus capable of generating optical pulses using photonic crystal waveguides on integrated circuits for optical communication applications at ultrahigh bitrates. Photonic Crystals Optical Communications Tell me more |
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HIGHLY CONDUCTIVE SEMICONDUCTOR ELECTRODES FOR OPTICAL COMMUNICATIONSTech for Transfer TTO 18-01-2016 Electron injection was applied for the first time to optical components for the production of silicon modulators with a frequency of up to 100 GHz (3 dB bandwidth). Optoelectronics Semiconductors Optical Communications Electrochemistry Tell me more |
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METAL-ORGANIC FRAMEWORK FOR METHANE STORAGE WITH HIGH WORKING CAPACITYTech for Transfer TTO 18-01-2016 New 3D porous Metal-Organic Framework with the pyrimidine groups. A very promising multifunctional material for gas storage, separation, heterogeneous catalysis, photonics and drug delivery. Glass & other optical materials Tell me more |
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NONLINEAR INDEX MEASUREMENT WITH POLARIZATION MEASUREMENTSTech for Transfer TTO 18-01-2016 A scan of polarization measurements sent to a medium (gas or solid) is performed and the polarization (ellipticity and angle) after the medium is measured. Non-Linear Optics Optical Components & Devices Optical Computing Tell me more |
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OPTICALLY-PUMPED LASER SPARK IGNITION SYSTEMTech for Transfer TTO 18-01-2016 This technology presents an optically pumped laser spark ignition system with relatively low power requirements compared to other systems allowing for the use of optical fibers for distributing the low peak energy pumping pulses to a laser amplifier or a laser oscillator. A laser spark system has applications in natural gas-fueled reciprocating engines, turbine combustors, explosives and laser-induced breakdown spectroscopy diagnostic sensors. Fiber Optics Lasers Tell me more |
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TARGETED NANOSHELLS FOR IMAGING AND PHOTOTHERMAL ABLATION OF TUMORSTech for Transfer TTO 18-01-2016 Noninvasive diagnostic imaging modalities, such as magnetic resonance imaging (MRI) and fluorescence optical imaging (FOI) are used to detect the presence of tumors and to pinpoint their location. Biophotonics Nanophotonics Optical Imaging and Processing Tell me more |
