Microsoft Patents
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Quantum Computing
Microsoft filed these patents around Quantum Computing in the last 5 years
| # | Patent No. | Short Description |
|---|---|---|
| 1. | US10469087B1 | Bayesian tuning of quantum gates to improve their performance and reduce errors |
| 2. | US11755941B2 | Microarchitecture for implementing a fault-tolerant quantum computer with scalable error correction |
| 3. | US10692010B2 | A quantum computing device with semiconductor-superconductor nanowires that can be used to build topological quantum computers |
| 4. | US11694103B2 | Quantum walk algorithm for classical optimization problems |
| 5. | US20190378032A1 | A method for fault-tolerant quantum computing that allows efficient implementation of quantum circuits on noisy hardware |
| 6. | US10664761B2 | Generating quantum computing circuits by distributing approximation errors in a quantum algorithm |
| 7. | US11120359B2 | Quantum simulation of physical systems using adaptive Hamiltonian randomization to reduce the number of terms and qubits needed |
| 8. | US11809959B2 | Quantum algorithm for simulating quantum systems using the interaction picture representation of the Hamiltonian |
| 9. | US11797872B2 | A quantum AI prediction methodology that leverages the processing power of quantum machines to intelligently predict future data bits in human-generated time-based data sequences |
| 10. | US11386347B2 | Quantum computer architecture and methods to simulate many-body quantum systems like molecules using qubit swap networks |
| 11. | US11404624B2 | Fabrication method for scalable production of large nanowire networks for quantum computing applications |
| 12. | US20220149262A1 | A method of fabricating semiconductor-superconductor hybrid devices that can be used for quantum computing |
| 13. | US20210126181A1 | A semiconductor-superconductor hybrid device for quantum computing that has a large topological gap for protecting qubit states from noise |
| 14. | US10963125B2 | A technique to assist a user in exploring the operation of a quantum computer program, e.g., for testing the program or for any other purpose |
| 15. | US11726825B2 | Compiling Clifford gates in topological quantum computing devices using measurement-only protocols |
Download the full patent report containing all of the 94 patents | ||
