Hardware Materials Medical Devices Next-Generation Minimally Invasive Optoelectronic Implants For Chronic Disease Management The platform delivers ultra-low intensity, wireless, fully implantable photostimulation for deep tissue targets (nerves, heart, diaphragm). It spatially separates light harvesting from bioelectrical stimulation,… Reference ID: 25-T-189 Desired Partnership: Co-development, Licensing IP: Patent Pending
Diagnostics Hardware Materials Medical Devices Ultrathin, Plasmonic Schottky Biointerfaces For Wireless Stimulation And Sensing A plasmon-enhanced hierarchical gold–titania (Au-TiO₂) Schottky junction biointerface designed for wireless, energy-efficient biological stimulation (neuromodulation, cardiac pacing), real-time biosensing, and minimally invasive artificial vision.… Reference ID: 25-T-190 Desired Partnership: Co-development, Licensing IP: Patent Pending
Hardware Medical Devices Other Palm-Free Haptics: Full-Hand Touch Feedback for VR/AR and Wearable Interfaces Summary University of Chicago researchers have developed a wearable electro-tactile feedback technique that creates touch sensations across the palm and fingers without placing electrodes… Reference ID: 23-T-120 Desired Partnership: Co-development, Licensing IP: Patent Pending
Hardware Quantum Sciences Software AI-Enhanced Single-Photon Quantum Detectors This technology uses advanced machine learning algorithms to extract significantly more information from single-photon detector signals than conventional approaches. By analyzing full detector waveforms… Reference ID: 24-T-206 Desired Partnership: Co-development, Licensing IP: Patent Pending
Hardware Materials Quantum Sciences 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… Reference ID: 23-T-140 Desired Partnership: Co-development, Licensing IP: Patent Pending
Hardware Quantum Sciences 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… Interests: Computing Reference ID: 23-T-016 Desired Partnership: Co-development, Licensing IP: PCT Pending
Hardware Granulobot: a modular and morphable robotic platform The development of autonomous and efficient agents that can adapt to a variety of environments and perform different functions by reconfiguring their body is… Interests: Robotics Reference ID: 22-T-106 Desired Partnership: Co-development, Licensing IP: Patent Pending
Hardware Medical Devices Other Software Treatment Adherence Tracking For Sleep Apnea A new mobile health tool for patients with obstructive sleep apnea (OSA) using a novel CPAP adherence metric and enables tracking of lifestyle features… Interests: Cardiovascular Reference ID: 22-T-198 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
Hardware Quantum Sciences 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… Interests: Quantum Reference ID: 23-T-080 Desired Partnership: Co-development, Licensing IP: Patent Pending
Hardware Software Grace: A Data Scalable Real-Time Video Communication System Real-time video communications are essential to the daily routine of users for online meetings, cloud gaming, and interactive virtual reality. Retransmitting data packets that… Interests: Communications, Communications Reference ID: 23-T-070 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
