QuSAFE from NIH Challenges funds quantum-enabled sensing innovations to improve predictive performance of in vitro preclinical NAMs for toxicity and safety testing.
This NSF-NIH supplement funds collaborations to apply quantum sensing technologies to biomedical and clinical research, advancing quantum innovations for healthcare applications.
NIH Quantum Computing Challenge supports individuals, teams, and organizations developing quantum algorithms and hybrid workflows to improve computation for translational biomedical problems.
NIH Complement Animal Research in Experimentation NAMs Reduction to Practice Challenge supports teams developing human-based testing platforms to improve predictions of human responses and complement animal models.
NSF seeks proposals for Design- and Implementation-phase Quantum Science and Technology Demonstration projects within the National Quantum Virtual Laboratory, building on existing pilot and design projects.
NSF-UKRI/EPSRC Lead Agency Opportunity on Understanding and Exploiting Quantum Information in Chemical Systems funds U.S. and U.K. teams studying quantum information in chemical systems to advance chemistry.