Search Results - daniel+lidar

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2024-156 - Efficient Chromatic-Number-Based Multiqubit Decoherence and Crosstalk Suppression for Quantum Computing

Background To unlock the commercial potential of quantum computing, companies must overcome the critical hardware bottlenecks of decoherence and crosstalk which currently limit the reliability of complex algorithms. Decoherence represents a rapid "leakage" of data caused by environmental interference, while crosstalk acts as digital noise...

Published: 3/5/2026 Inventor(s): Amy Brown, Daniel Lidar

2024-170 - Deterministic Benchmarking: fast and scalable calibration of qubit logic gates to minimize downtime

Background To enable fault-tolerant quantum computing and reliable quantum simulations for drug development and materials science, quantum hardware must move beyond "noisy" prototypes to commercial-grade stability. Current benchmarking standards often miss systematic coherent errors that accumulate quadratically, creating a hidden bottleneck...

2025-038 - Protocol for Beating the Ramsey Limit on Magnetic Field Sensing with Deterministic Qubit Control

Market Opportunity Improved detection of weak magnetic field variations unlocks valuable market opportunities across medical, analytical, and industrial domains. In healthcare, it enhances magnetic resonance imaging (MRI) performance through improved contrast and tissue characterization. In scientific research and pharmaceuticals, it boosts the sensitivity...