Scientific Application Modeling for Quantum Systems

This contract seeks to develop high-impact scientific models in chemistry, materials science, and high-energy physics that can leverage fault-tolerant quantum computing for accelerated performance. The goal is to identify and simulate complex systems and processes where quantum algorithms can provide transformative advantages over classical methods, focusing on problems that are currently intractable or computationally prohibitive. The work must involve detailed modeling of real-world scientific challenges and demonstrate clear pathways to quantum advantage using anticipated fault-tolerant hardware capabilities. The solicitation is issued as a subcontract under the Department of Energy’s Oak Ridge Office with a NAICS code of 541690, indicating it falls under scientific research and development services. Proposals are due by June 10, 2026, and performance will be conducted at a federal location identified by the ZIP code 20585. There is no set-aside type listed, meaning the contract is open to all eligible entities. The project is part of a broader initiative to prepare for the practical deployment of quantum computing in scientific domains, requiring proposals to bridge theoretical quantum capabilities with concrete experimental or observational scientific data.