Opportunity Information: Apply for 22 630
The National Science Foundation (NSF) funding opportunity titled "Quantum Sensing Challenges for Transformational Advances in Quantum Systems" (QuSeC-TAQS), Funding Opportunity Number 22-630, is a discretionary research grant program focused on accelerating progress in quantum sensing through bold, high-risk/high-reward research. The core idea is to push quantum sensor science and engineering beyond incremental improvements by supporting projects that are highly innovative, original, and potentially transformative, with an emphasis on integrated, team-based approaches rather than isolated single-investigator efforts.
A defining feature of QuSeC-TAQS is that proposals must be led by interdisciplinary teams made up of three or more investigators. This structure is meant to bring together complementary expertise, for example, quantum physics, engineering, materials science, device fabrication, controls, algorithms, systems integration, and application-domain knowledge. The program is designed for coordinated efforts that not only develop quantum sensing concepts, but also move them toward practical realization as sensor systems. In other words, the NSF is looking for projects that connect fundamental advances to credible system-level demonstrations, rather than stopping at theory or lab component performance alone.
The solicitation highlights development and application of quantum sensor systems with demonstrations that deliver either proof-of-principle results or field testing of concepts and platforms. This signals that QuSeC-TAQS is not just about proposing a better sensing mechanism on paper; it is about showing that a concept can work in a realistic setting. Depending on the maturity of the technology, that could mean a rigorous laboratory demonstration that validates the underlying sensing advantage, or an early field deployment that tests performance in operationally relevant environments. The intended outcome is that these demonstrations can lay a foundation for platforms that ultimately benefit society, indicating an interest in real-world impacts such as improved measurement capability, new sensing modalities, higher precision, better robustness, or access to measurements that are currently infeasible.
The program is explicitly aligned with the national strategy direction described in the report "Bringing Quantum Sensors to Fruition," produced by the National Science and Technology Council Subcommittee on Quantum Information Science under the National Quantum Initiative. Practically, that alignment suggests NSF is encouraging proposals that help close the gap between promising quantum sensing research and deployable technologies, emphasizing the kinds of technical challenges that typically block transition: stability, calibration, noise and decoherence control, packaging, scalability, integration, and validation in relevant conditions. It also implies interest in work that strengthens the broader quantum ecosystem by developing enabling methods, platforms, and pathways from lab prototypes to usable systems.
Administratively, the opportunity is issued by NSF and categorized under Science and Technology and other Research and Development. The funding instrument is a grant. The listing references multiple NSF CFDA numbers (47.041, 47.049, 47.070, 47.074, 47.076, 47.084), reflecting that awards could span several NSF directorates or programs that collectively support foundational science, engineering, and cross-cutting quantum research. The posting shows an expected number of awards of 12. The award ceiling is listed as 0, which typically indicates that a fixed maximum was not stated in the summary field and applicants would need to consult the full solicitation text for budget guidance, project duration expectations, and any limits by track or project type.
Eligibility is noted as "Others (see text field entitled Additional Information on Eligibility for clarification)," meaning that eligibility is not fully captured in the short summary and is defined in the full opportunity document. In NSF solicitations, that often includes specific requirements about the types of institutions that can submit, any limits on submissions, and rules for collaborative proposals, subawards, and multi-organization teams, so applicants would need to confirm the exact eligibility conditions and submission format in the full announcement.
Key dates in the source data indicate the opportunity was created on September 11, 2022, with an original closing date of April 3, 2023. While that deadline has passed for the specific cycle captured in the provided data, the summary still accurately describes the program intent and the kind of project profile NSF sought: multi-investigator, interdisciplinary quantum sensing efforts that aim for coordinated system development and tangible demonstrations leading toward societal benefit.Apply for 22 630
- The National Science Foundation in the science and technology and other research and development sector is offering a public funding opportunity titled "Quantum Sensing Challenges for Transformational Advances in Quantum Systems" and is now available to receive applicants.
- Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 47.041, 47.049, 47.070, 47.074, 47.076, 47.084.
- This funding opportunity was created on Sep 11, 2022.
- Applicants must submit their applications by Apr 03, 2023. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
- The number of recipients for this funding is limited to 12 candidate(s).
- Eligible applicants include: Others (see text field entitled Additional Information on Eligibility for clarification).
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Frequently Asked Questions (FAQs)
What is the QuSeC-TAQS funding opportunity?
QuSeC-TAQS is a National Science Foundation (NSF) discretionary research grant program titled "Quantum Sensing Challenges for Transformational Advances in Quantum Systems" (Funding Opportunity Number 22-630). It focuses on accelerating quantum sensing progress through bold, high-risk/high-reward research aimed at breakthroughs rather than incremental improvements.
What kind of research is NSF trying to support through QuSeC-TAQS?
The program is designed to support highly innovative, original, and potentially transformative quantum sensing research. A central theme is moving beyond isolated component advances by supporting coordinated efforts that connect fundamental quantum sensing advances to credible sensor-system demonstrations.
Is QuSeC-TAQS intended for single-investigator proposals?
No. A defining requirement is that proposals must be led by interdisciplinary teams composed of three or more investigators, reflecting NSF's emphasis on integrated, team-based approaches.
How many investigators are required on a proposal team?
Proposals must be led by interdisciplinary teams of three or more investigators.
What does NSF mean by an "interdisciplinary team" in this program?
The solicitation emphasizes bringing together complementary expertise needed to advance quantum sensor systems. Examples of relevant areas include quantum physics, engineering, materials science, device fabrication, controls, algorithms, systems integration, and application-domain knowledge.
What is the program's emphasis: theory, components, or systems?
The emphasis is on integrated quantum sensor systems and coordinated, system-level progress. NSF is looking for work that does not stop at theory or component-level laboratory performance alone, but instead ties fundamental advances to credible demonstrations of sensor systems.
Are demonstrations required under QuSeC-TAQS?
The opportunity highlights development and application of quantum sensor systems with demonstrations that provide either proof-of-principle results or field testing of concepts and platforms. This signals strong interest in showing that a concept works in realistic conditions, at a level appropriate to its maturity.
What kinds of demonstrations are expected (lab vs. field)?
The solicitation points to two general types of demonstrations: (1) rigorous laboratory proof-of-principle validation of a sensing advantage, and/or (2) early field testing that evaluates performance in operationally relevant environments. The appropriate form depends on technology maturity.
Does QuSeC-TAQS focus on practical deployment and real-world impact?
Yes. The intended outcome is that demonstrations lay a foundation for platforms that benefit society, indicating interest in real-world impacts such as improved measurement capability, new sensing modalities, higher precision, better robustness, or access to measurements that are currently infeasible.
What types of technical hurdles does the program aim to address?
Based on its alignment with national strategy, the program encourages work that helps close the gap between promising research and deployable technology, including challenges such as stability, calibration, noise and decoherence control, packaging, scalability, integration, and validation in relevant conditions.
How is QuSeC-TAQS aligned with national quantum strategy?
The program is explicitly aligned with the national strategy direction described in the report "Bringing Quantum Sensors to Fruition" from the National Science and Technology Council Subcommittee on Quantum Information Science under the National Quantum Initiative. This alignment implies an emphasis on moving quantum sensors toward practical realization and strengthening pathways from prototypes to usable systems.
Who is the funding agency for this opportunity?
The funding agency is the National Science Foundation (NSF).
What is the funding instrument for QuSeC-TAQS?
The funding instrument is a grant.
What is the opportunity number for QuSeC-TAQS?
The Funding Opportunity Number is 22-630.
What category is this opportunity listed under?
It is categorized under "Science and Technology and other Research and Development."
How many awards were expected under this opportunity?
The listing indicates an expected number of awards of 12.
Is there a maximum award amount (award ceiling)?
The award ceiling is listed as 0 in the summary field, which typically indicates a fixed maximum was not stated there. Applicants would need to consult the full solicitation for budget guidance, project duration expectations, and any limits by track or project type.
What CFDA numbers are associated with this opportunity?
The listing references multiple NSF CFDA numbers: 47.041, 47.049, 47.070, 47.074, 47.076, and 47.084. This suggests awards could span multiple NSF directorates or programs supporting foundational science, engineering, and cross-cutting quantum research.
Who is eligible to apply?
Eligibility is summarized as "Others (see text field entitled Additional Information on Eligibility for clarification)," meaning the complete eligibility requirements are defined in the full opportunity document rather than fully captured in the summary.
Where can applicants find the definitive eligibility rules and submission requirements?
Applicants would need to consult the full solicitation text for the exact eligibility conditions and details such as types of institutions that can submit, any submission limits, and rules for collaborative proposals, subawards, and multi-organization teams.
What were the key dates for the cycle shown in the provided information?
The opportunity was created on September 11, 2022, and the original closing date listed is April 3, 2023.
Is the deadline still open for the cycle described here?
No. Based on the provided data, the closing date of April 3, 2023 has passed for the specific cycle referenced.
Is the summary still useful if the deadline has passed?
Yes. Even though the listed deadline has passed, the summary describes the program intent and the kind of project profile NSF sought: interdisciplinary, multi-investigator quantum sensing efforts with coordinated system development and tangible demonstrations aimed at societal benefit.
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