Microelectronics Technologies Lithography Advanced Manufacturing Methods Microelectronic Devices Deposition and Lithography Methods Cost-Effective, Laser-Assisted In Situ Nanostructure Fabrication and Processing (JIB-2121) This invention is a novel laser-assisted nanomaterial deposition method enabling the direct-write fabrication and modification of complex … [Read more...] about Microelectronics Technologies
High Performance Computing
Quantum Technologies
Quantum Technologies Quantum Materials Quantum Computing Quantum Materials Low-phonon-energy Nanoparticles for Optical Imaging and Electronics (2023-018) This invention is a novel class of low-phonon-energy nanoparticles, comprising lanthanide-doped alkali metal halides. These nanoparticles offer environmental stability, efficient doping with … [Read more...] about Quantum Technologies
Efficient Temporal Arithmetic Logic Design for Faster Superconducting RSFQ Logic 2023-027
APPLICATIONS OF TECHNOLOGY: Any application where efficient and high-performance multiplication operations are required, such as: Digital signal processing Scientific computing Communication systems Machine learning/artificial intelligence systems BENEFITS: Faster operations Lower area requirements Dense computation capabilities BACKGROUND: In … [Read more...] about Efficient Temporal Arithmetic Logic Design for Faster Superconducting RSFQ Logic 2023-027
Energy-efficient Nonlinear Optical Micro-Device Arrays 2023-160
APPLICATIONS OF TECHNOLOGY: Energy efficient all optical control (i.e. optical transistors) All-optical neural networks Analog computing based on light Real-time image processing BENEFITS: Energy efficient Highly parallel Compatible with incoherent light such as LEDs and ambient light. BACKGROUND: Optical computing has been sought after for many … [Read more...] about Energy-efficient Nonlinear Optical Micro-Device Arrays 2023-160
RSFQ Multiple Output Toggle Flip Flop for Area Efficient Superconducting Digital Computing 2023-037
APPLICATIONS OF TECHNOLOGY: Rapid Single-Flux Quantum (RSFQ) circuits for superconducting digital computing in applications such as: High-speed and low power digital circuits Quantum computing Cryo-sensors HPC accelerators Datacenters BENEFITS: Methodology can design a toggle flip-flop with any number of outputs Reduction in area, power, and … [Read more...] about RSFQ Multiple Output Toggle Flip Flop for Area Efficient Superconducting Digital Computing 2023-037