Cleantech Materials DMSO-Enhanced CO2 Capture and Conversion System for Efficient Syngas Production A DMSO-based system uses an amine and salt to capture CO2 from industrial off-gas and electrochemically converts it into efficient syngas, offering improved performance… Reference ID: 25-T-041 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials Ultrasoft Hydrogel Semiconductors for High-Performance Tissue-Integrated Bioelectronic Devices This technology blends a polymer semiconductor with a hydrogel to create a tunable, biocompatible, ultrasoft network that combines efficient charge transport with tissue-like mechanical… Reference ID: 25-T-008 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials Research Tools Therapeutics Scalable Bioelectronic Production Of Extracellular Vesicles For Regenerative Medicine Bioelectronic devices and methods for the electrical stimulation of cells and engineered tissue for the scalable production of extracellular vesicles for drug delivery and… Interests: Medical, Stem Cell Therapy Reference ID: 23-T-048 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials Quantum Sciences Method to Integrate Diamond with Other Functional Materials for Quantum Technologies Keywords: Quantum Information, Spin Coherence, Condensed Matter, Solid State Qubits This technology enables diamond to be integrated with other functional materials enabling the fabrication… Interests: Quantum Reference ID: 23-T-060 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials Quantum Sciences Enhanced Nitrogen Vacancy Synthesis in Diamond: Minimizing Hydrogen Passivation Keywords: Electron radiation effects, Ion implantation, Spectroscopy, Chemical vapor deposition, Optical fibers, Quantum information This method mitigates hydrogen passivation of nitrogen vacancy centers (NV… Reference ID: 24-T-064 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials Medical Devices 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… Interests: Medical, Polymer, Semiconductors Reference ID: 23-T-101 Desired Partnership: Co-development, Licensing IP: Patent Pending
Hardware Materials 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… Interests: Electronic, Polymer, Robotics Reference ID: 22-T-064 Desired Partnership: Licensing IP: Patent Pending
Materials Medical Devices New Class of Biocompatible and Flexible Optoelectronic Devices For Next Generation Pacemakers Electrode-based electrical stimulation underpins several clinical bioelectronic devices, including deep brain stimulators and cardiac pacemakers. Pacemaker therapy improves quality of life and reduces mortality… Interests: Medical Reference ID: 23-T-153 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials Stretchable Light-Emitting Polymers Electroluminescent (EL) devices represent one of the central components of multiple modern technologies. They offer unique functionality for information visualization, wireless signal/power transmission and… Interests: Electronic, Polymer Reference ID: 22-T-048 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials Other Research Tools A New Method of Isotope Enrichment and Separation: Preferential Embedding of Heavier Isotopes Into Ices Isotope separation methods are key to numerous scientific and industrial processes. Nuclear power plants and weapons, for example, require fuels enriched in a select… Interests: Chemical Synthesis, Electronic, Medical Reference ID: 21-T-042 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials A Controllable Synthesis Method Of Layered Oxides By Electrochemical Assisted Ion-Exchange Lithium-rich layered oxides are promising cathode materials with remarkable electrochemical performance that will revolutionize the electronics, transportation, battery, and grid energy storage industries. The… Interests: Chemical Synthesis, Electronic Reference ID: 22-T-122 Desired Partnership: Co-development, Licensing IP: Patent Pending
Hardware Materials Atomic Layer Chemical Pattern For Block Copolymer Assembly Block copolymers can assemble into large-scale, dense, and regular nanoscale patterns, making block copolymer assembly a potential candidate for nanolithography. The assembly of block… Interests: Electronic, Semiconductors Reference ID: 15-T-002 Desired Partnership: Co-development, Licensing IP: Patent Issued
