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Chemistry and life science innovations often require extended research and development before generating revenue. Last week this newsletter covered Venture Capital (VC) funding. This week’s edition provides the key US Government agencies that provide similar patient, high-risk capital necessary to support the lengthy product life cycles of quantum chemicals and quantum life science.

Bur first, a quote about quantum chemistry development made from IQT’s Nordics 2026 on June 23 made by Jasper Kamp, Atom Computing; Director Europe, Ambassador (retired) of the Copenhagen Capital Region of Denmark and now with Atom Computing.

“Quantum chemistry remains one of the most promising early application areas. It was encouraging to see examples of hybrid quantum-classical approaches being applied to increasingly relevant chemistry and life science problems, while making quantum computing more accessible to domain experts rather than requiring them to become quantum specialists.”

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US Federal Granting Agencies for Quantum Chemicals

U.S. grants for quantum chemistry are primarily funded through the Department of Energy (DOE), National Science Foundation (NSF), and NIH.

Key US Federal Quantum Chemistry Programs

• DOE ARPA-E (QC3): The Quantum Computing for Computational Chemistry (QC3) program invests in algorithms to accelerate simulations of materials science. Recent examples include multi-million dollar grants to companies like Infleqtion to discover new high-temperature superconductors\
• National QIS Research Centers: The DOE renewed five National Quantum Information Science Research Centers (such as the C2QA Center led by Brookhaven Lab) with multimillion-dollar funding packages to advance chemistry simulations.
• NSF International Collaborations: The NSF and UKRI have invested in joint collaborative research projects tackling underexplored areas in chemical reactions and molecular syste
• NIH SBIR/STTR: The NIH issues Quantum Funding Opportunities to support small businesses transitioning quantum mechanics-based sensing and computation applications into biomedical products.

How to Apply

• Monitor Grants.gov and ARPA-E for new funding opportunity announcements Search for open deadlines related to computational chemistry in the current cycle.
• National QIS Research Centers: The DOE renewed five National Quantum Information Science Research Centers (such as the C2QA Center led by Brookhaven Lab) with multimillion-dollar funding packages to advance chemistry simulations.
• NSF International Collaborations: The NSF and UKRI have invested in joint collaborative research projects tackling underexplored areas in chemical reactions and molecular systems.
• NIH SBIR/STTR: The NIH issues Quantum Funding Opportunities to support small businesses transitioning quantum mechanics-based sensing and computation applications into biomedical products.

How to Apply

• Monitor Grants.gov and ARPA-E for new funding opportunity announcements (FOAs) targeted specifically at computational chemistry.
• View the overarching national strategy on the National Quantum Initiative (.gov) portal.

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US Federal Granting Agencies for Quantum Life Science

US government funding for life science research with quantum computers is primarily driven by the National Quantum Initiative. Federal agencies, particularly the NIH and NSF, offer targeted SBIR/STTR grants and biomedical science awards aimed at utilizing quantum computational capabilities and sensors for medical breakthroughs and advanced biological simulation for life science applications. Federal agencies are supporting quantum-biomedical integration through several major funding avenues

The NIH actively supports the transition of quantum physics and computing into clinical and life science research markets.

• Quantum Sensing & Computing Grants: Through dedicated Notice of Special Interest (NOSI) mechanisms, the NIH—with participating institutes like the National Cancer Institute (NCI), National Heart, Lungs & Blood NHLBI, and National Center for Advancing Translational Sciences (NCATS)—encourages small businesses to research and develop quantum tools for diagnostics, metabolic imaging, and tracking disease.
• Oncology & Biomarker Focus: The National Cancer Institute (NCI) provides special consideration for quantum-enabled compute and imaging technologies designed to enhance early cancer diagnosis, tumor characterization, and real-time monitoring of the tumor microenvironment.
• How to apply: Review available biomedical-to-quantum grant opportunities directly on the NIH Quantum Funding Opportunities page.

National Science Foundation (NSF)

The NSF invests heavily in the intersection of quantum information science (QIS) and biology to support cross-disciplinary training and breakthrough discoveries.

• Quantum Sensing for Biophysics (QuBBE): One of the NSF’s Quantum Information Science centers focuses heavily on identifying novel biological quantum systems and developing next-generation tools for biological observation and biophysics computation.
• ExpandQISE: This program is designed specifically to lower barriers to entry for faculty and researchers at emerging institutions and Historically Black Colleges and Universities (HBCUs) to participate in QIS research.
• How to explore: Browse active solicitations across all federal agencies on Grants.gov.

Department of Energy

The DOE supports massive multi-disciplinary teams and computational facilities that lay the groundwork for complex biological and chemical simulations.

• National Quantum Information Science Research Centers: The DOE has committed extensive funding to its five National QIS Research Centers. These centers build the infrastructure and abstractions required to run heavy computational tasks—such as molecular folding and pharmacological interactions—on quantum processors.

Industry & Manufacturing Acceleration in Quantum Technology Scaling Up Life Science Research & Applications

In addition to research-focused grants, the Department of Commerce and NIST are investing billions under the CHIPS and Science Act directly into quantum hardware firms (like IBM, Atom Computing, and D-Wave). These investments are intended to scale up the infrastructure and computational reliability needed to make large-scale, fault-tolerant molecular simulations practical for pharmaceutical and life science uses in the near future.