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    NIH Quantum Computing Challenge

    The NIH Quantum Computing Challenge funds the development of quantum algorithms to tackle complex biomedical research problems, advancing fields like drug discovery and clinical prediction.

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    AI in Healthcare Research Grants
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    NSF-NIH Pathfinder Supplements on Quantum Sensors for Biomedical Science

    This NSF-NIH supplement funds collaborations to apply quantum sensing technologies to biomedical and clinical research, advancing quantum innovations for healthcare applications.

    NSFForecasted May 3, 2027Forecasted

    QuSAFE: Quantum-Enabled Approaches for Predictive Preclinical NAMs for Toxicity and Safety

    QuSAFE from NIH Challenges funds quantum-enabled sensing innovations to improve predictive performance of in vitro preclinical NAMs for toxicity and safety testing.

    NIH ChallengesDue Jul 27, 2027$1,060,000

    NIH Complement Animal Research in Experimentation NAMs Reduction to Practice Challenge

    The NIH Complement Animal Research in Experimentation NAMs Reduction to Practice Challenge funds innovative, human-based NAMs to replace or supplement animal models in biomedical research.

    NIH ChallengesDue Mar 22, 2027$1,430,000

    2027 NIA Start-Up Challenge and Accelerator

    The 2027 NIA Start-Up Challenge and Accelerator by NIH Challenges supports early-stage biomedical innovations for healthy aging through mentorship, training, and a science-driven accelerator program.

    NIH ChallengesDue Jan 15, 2027$94,000

    Frontiers of Quantum Advantage

    IPAM's program brings together top researchers to advance quantum advantage through interdisciplinary work on simulation, error correction, and fault-tolerant quantum algorithms.

    IPAMRolling submissions