Technology Recoverable Non-Covalent Self-Assembling Catalysts for Hydrogen Peroxide Electrosynthesis The invention centers on a scalable, sustainable, and selective method to electrochemically generate hydrogen peroxide under mild, neutral conditions. The Unmet Need: Method for producing hydrogen peroxide under mild conditions…
Technology Low-loss Niobium Josephson Junctions That Improve Quantum Device Performance SUMMARY The invention introduces a method for fabricating low-loss niobium Josephson junctions which enhance quantum device performance by using niobium superconductors that are separated by an aluminum oxide barrier and…
Technology NeuroSight ICP: AI-Assisted, Real-Time Forecasting of Intracranial Pressure Crises NeuroSight ICP is a bedside-ready, AI-assisted forecasting system designed to predict intracranial pressure (ICP) crises roughly 30 minutes before onset using continuous neuro-monitoring data. It combines interpretable statistical modeling with…
Technology Method for the in Vitro Generation of Trabecular Bone Trabecular (Cancellous) bone is a porous bone found in the spine and hip and is desirable for bone grafting because of its osteogenic properties. Given the difficulty of harvesting bone…
Technology Nanopatterned Silicone Substrate for Stabilizing Chiral Hematic Liquid Crystals in Single Crystal Blue Phase Blue phase liquid crystalline structures are highly desirable for applications such as electro-optical devices (e.g. display screens) because of light reflection that includes wavelengths not possible with other crystals and…
Technology Layered Quantum Diamond Sensors for Selective Detection and Nanoscale Spectroscopy of Biomolecules This technology is a layered device built on a diamond substrate that uses capture agents to trap specific biological or chemical targets while maintaining excellent nitrogen vacancy (NV) spin coherence…
Technology Flexible, AI-Enabled Wearables for Precision Medicine This technology enables on-body AI data analysis of data from skin-like wearable electronics for achieving human-integrated/mimetic intelligent systems. The Unmet Need: Data processing for precision medicine Precision medicine, the future…
Technology Computational-Guided Spin Defect Systems This method enables predictive growth of qubit host materials without the limitations of iterative measurements. The Unmet Need: Proper characterization of qubit host substrate and in-situ defect growth Quantum sensors…
Technology DeMaND (Decoding using Manifold Neural Dynamics) This method enables high fidelity decoding of neural activity in an interpretable manner with a small training data set. The Unmet Need: Measuring neural activity in the brain with a…
Technology Method for Controllable Strain Generation in Diamond Membranes This method enables non-invasive, predictable and controllable strain generation in diamond membranes, while improving spin coherence and enabling microwave control. The Unmet Need: Scaling networking technologies in diamond Group-IV color…
Technology Bioadhesive Polymer for Connecting Semiconductors to Wet Tissue This method imparts bioadhesive properties onto polymeric semiconductors, which enables effective transductions of bio-signals from biological tissues to electronic devices. The Unmet Need: Conformable and stable integration of semiconductor-based biosensing…
Technology Core-shell Diamond Particle Systems for Improved Quantum Sensing The invention uses core-shell nanoparticles with a diamond core and protective shell to create quantum sensors for biological sensing. The Unmet Need: Improved sensitivity for spin qubit sensors capable of…
