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
Quantum Sciences Research Tools Probing Cellular Activity Via Charge-Sensitive Quantum Nanoprobes Quantum nanoprobe system enables real-time probing of intracellular chemical environments and activity to advance biological and medical diagnostics The Unmet Need: Novel ways to… Interests: Drug Development Tool, Drug Screening, Sensing Reference ID: 25-T-106 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
Diagnostics Quantum Sciences 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… Interests: Biomarker, Sensing Reference ID: 22-T-010 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
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
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
Quantum Sciences Research Tools Software 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… Interests: Electronic Reference ID: 23-T-065 Desired Partnership: Co-development, Licensing IP: Patent Pending
Education Quantum Sciences Chicago Quant’em Chicago Quant’em is an experiential card game that immerses players, beginner and advanced, in a world of quantum physics and qubits. The goal of… Reference ID: 23-T-033 Desired Partnership: Co-development, Licensing IP: Patent Pending
Quantum Sciences Practical Architectures and Algorithms for Quantum Source Coding Data compression done by classical source coding is a crucial element of modern digital infrastructure as it enables the efficient storage and transmission of… Interests: Algorithms, Computing Reference ID: 22-T-020 Desired Partnership: Co-development, Licensing IP: Patent Pending
Quantum Sciences Fast Flux Control of High-Q 3D Multimode Cavities 3D microwave cavities are advantageous platforms for quantum computation due to their lengthy coherence times and fast control of quantum states when interfaced with… Interests: Computing Reference ID: 22-T-136 Desired Partnership: Licensing IP: Patent Pending
