Sponsors (13)
The bill would accelerate quantum-enabled chemistry and materials discovery and build a specialized workforce—potentially delivering big economic, health, and clean‑energy gains—while creating budget tradeoffs, commercialization concentration risks, and civil‑liberty concerns from military/policing applications.
Researchers, companies, and the broader tech sector could speed discovery of new chemicals, materials, and drugs through quantum-enabled molecular simulation, likely accelerating innovation and economic growth.
Students and early-career researchers will gain hands-on training in quantum molecular modeling and simulation, expanding a high‑skill workforce pipeline for advanced computing, chemistry, and materials jobs.
Patients and the healthcare system could benefit from faster development of more effective medications with fewer harmful interactions, improving outcomes and potentially lowering treatment costs.
Taxpayers and other research priorities risk having federal R&D dollars reallocated or supplemented to support quantum molecular simulation work, creating budget pressure and potential tradeoffs with other programs.
Law enforcement and military applications could be enabled (e.g., stronger protective materials or battlefield technologies), raising civil‑liberty, escalation, and oversight concerns for the public.
Commercialization of advanced materials and drugs may concentrate benefits among well‑funded firms, risking reduced competition, higher prices, and limited access for patients and smaller businesses.
Based on analysis of 6 sections of legislative text.
Adds "quantum molecular modeling or simulation" to the Department of Energy's list of subjects for quantum research experiences and training and updates the statutory definition of quantum information science.
Official title: To amend the National Quantum Initiative Act to make certain additions relating to quantum modeling and simulation, and for other purposes.
Introduced March 2, 2026 by Randy Feenstra · Last progress March 2, 2026
Adds quantum molecular modeling and simulation explicitly to the Department of Energy’s quantum research and training activities and updates the statutory definition of "quantum information science." The bill narrowly expands the topics covered by DOE’s quantum information science program so students, researchers, and training programs funded or run by DOE include quantum-enabled molecular simulation as an explicit field of study and research experience.