Quantum Computing for Computational Chemistry SBIR/STTR (QC3 SBIR/STTR)
The Quantum Computing for Computational Chemistry program (QC3) aims to use quantum computing to speed up research and development in energy innovation. Classical computers have limits when simulating quantum systems, but quantum computing could boost accuracy and speed by 100 times. This program supports quantum approaches to chemistry and materials science that outperform the best classical …
Source
Dates
Keywords
Supporting Links
Documents
Similar Opportunities
-
NSF National Quantum Virtual Laboratory (NQVL)
National Science Foundation
-
The DOE Quantum Genesis Q Competition
Office of Science
-
Quantum FAST Challenge
California State Grants
-
Quantum FAST Challenge
Governor's Office of Business and Economic Development
-
Condensed Matter and Materials Theory
National Science Foundation
Find tens of thousands more opportunities — free
Scout accounts are free. Sign up to browse the full funding database, unlock the solicitation links and documents for this opportunity, and see how well each one fits your organization.
-
Tens of thousands of funding opportunities
Search and filter every grant and solicitation in Scout — all free, no credit card required.
-
Instant Fit Analysis
Let our grant expert AI score how well this opportunity aligns with your organization, strengths, gaps, and how to improve your chances of winning funding.
-
Source links & full documents
Jump straight to the solicitation and download every attachment.
-
Save opportunities & track deadlines
Keep the opportunities that fit in one place and stay ahead of every due date.
Already have an account? Sign In
Trusted by 500+ Happy Customers