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).
|
SYNCHRONIZABLE OPTOMECHANICAL OSCILLATORTech for Transfer TTO 18-01-2016 This invention provides an externally synchronizable optomechanical oscillator network. It demonstrates that two distinct silicon nitride micromechanical oscillators placed in a vacuum can be synchronized in both phase and frequency coupled only through an optical radiation field as opposed to coupling through a structural contact or electrostatic interaction. Synchronization is of great technological interest since it provides the basis for timing and navigation, signal processing, microwave communication, and could enable novel computing and memory concepts. Nanophotonics Optoelectronics Tell me more |
|
HIGH-SPEED PHOTOTRANSISTOR IN A COMMERCIAL SIGE BICMOSTech for Transfer TTO 18-01-2016 This technology presents a novel high speed photodetector/receiver integrated in silicon-based commercial logic processes (BiCMOS) that provides higher performance at a lower cost than existing devices. SiGe phototransistors are constructed from modified SiGe heterojunction bipolar transistors (HBTs) with optical responsivity enhanced by transistor gain and SiGe's relatively shorter absorption depth. The inherent gain allows a boost in responsivity without fabrication of a thick device. Photodetection Tell me more |
|
RAPID NON-INVASIVE IMAGING OF OPTICAL TISSUETech for Transfer TTO 18-01-2016 Technique that allows Laminar Optical Tomography (LOT) data to be acquired in parallel at more than one wavelength providing a great improvement to the efficacy, speed, and potential applications of LOT. Biophotonics Optical Imaging and Processing Tell me more |
|
OPTOFLUIDIC DEVICE FOR RAPID SWITCHINGTech for Transfer TTO 18-01-2016 This technology presents a reconfigurable microfluidic optical device capable of rapid switching that can be used in optical logic and optical field programmable gate arrays. The approach focuses on coupling between liquid core waveguides and traditional solid core devices; taking advantage of the adaptability of the former and the advanced functionality of the latter. Optoelectronics Waveguides Optofluidics Tell me more |
|
MONOLITHIC SILICON CRYSTAL WAVEGUIDES FOR TUNABLE WAVELENGTH LASER LIGHTTech for Transfer TTO 18-01-2016 Enables low-loss and low-threshold Raman lasing and amplification in silicon for Switches and Circuits. Light sources Optical Components & Devices Quantum Optics Waveguides Tell me more |
|
CAVITY-ENHANCED ABSORPTION SPECTROSCOPY ON A CHIPTech for Transfer TTO 18-01-2016 Microscale laser absorption spectrometer uses microring resonators with integrated waveguides and silicon-based microfluidic channels to achieve the same sensitivity of a typical desktop device. Non-Linear Optics Spectroscopy Waveguides Optofluidics Tell me more |
|
OPTOFLUIDIC DEVICE FOR NUCLEIC ACID BIOSENSINGTech for Transfer TTO 18-01-2016 An optofluidic device for label free, highly parallel, detection of molecular interactions based on the use of optically resonant devices whose resonant wavelength is shifted due to a local change in refractive index caused by a positive binding event between a surface bound molecule and its solution phase target. These devices have an extremely low limit of detection and are compatible with aqueous environments. The device combines the sensitivity of nanosensor technology with the parallelity of the microarray type format. Biophotonics Optical measurement systems & Sensors Optofluidics Tell me more |
|
HIGH INTENSITY SLOT-WAVEGUIDES FOR LOW REFRACTIVE INDEX MATERIALSTech for Transfer TTO 18-01-2016 A waveguide structure, called a slot-waveguide, that can confine light in a nanometer wide area of low refractive index material with high electric field amplitude and optical intensity. Nanophotonics Waveguides Tell me more |
|
INTEGRATED ULTRALOW-LATENCY PHOTONIC NETWORK FOR COMPUTING SYSTEMSTech for Transfer TTO 18-01-2016 A technology which leverages the inherent capacity advantage of optics (via wavelength division multiplexing) to not only reach high bandwidths, but to simplify network design. Optical Computing Optoelectronics Tell me more |
|
WIDE-ANGLE PASSIVE LIGHT EMITTER FOR ADVANCING SILICON PHOTONICSTech for Transfer TTO 18-01-2016 An out-of-plane, wide-angle passive light emitter provides a simple solution for improving display pixels and advancing silicon photonics. Light sources Waveguides Tell me more |
