IPAM's program brings together top researchers to advance quantum advantage through interdisciplinary work on simulation, error correction, and fault-tolerant quantum algorithms.
Seed funding for early career researchers to form new interdisciplinary teams and pursue innovative, high-impact projects in quantum science and technology.
NIH Quantum Computing Challenge supports individuals, teams, and organizations developing quantum algorithms and hybrid workflows to improve computation for translational biomedical problems.
The Google Academic Research Awards fund innovative university research in computing, with a current focus on quantum computing and quantum security.
Artificial Intelligence in Materials Science supports researchers combining AI and physical theories for materials discovery, simulation, inverse design, and autonomous experiments to advance scientific discovery.
Funds research to develop secure, practical post-quantum cryptography and quantum-resistant digital trust solutions that withstand advanced and AI-based attacks.