Physics Frontiers Centers | 19 578

NSF Physics Frontiers Centers (PFC) Program - FAQs

What is the NSF Physics Frontiers Centers (PFC) program?

The NSF Physics Frontiers Centers (PFC) program is a funding opportunity designed to build and sustain university-based research centers or institutes in physics. It focuses on research efforts where major progress depends on coordinated, large-team collaboration rather than single investigators or small groups.

What is the main purpose of a Physics Frontiers Center?

The purpose is to create an integrated center environment that brings together a critical mass of researchers, expertise, and access to specialized tools or infrastructure. The goal is to enable breakthroughs at the frontiers of physics that would be unlikely under traditional individual grant models, while also strengthening education and training for students involved in the center.

Why does NSF emphasize a center or institute model for this opportunity?

The program is intended for problems that require a scale of collaboration and coordination that is difficult to assemble through separate individual awards. Proposals are expected to justify the "value added" of the center structure, such as synergy from shared experimental platforms, coordinated theory-experiment pipelines, integrated training programs, or other collaborative approaches that produce outcomes greater than the sum of individual projects.

What kinds of research areas are supported under the PFC program?

PFC-supported research can span essentially all major subfields covered by NSF's Division of Physics. The solicitation explicitly includes atomic, molecular, and optical physics; plasma physics; elementary particle physics; nuclear physics; particle astrophysics; gravitational physics; and biological physics.

Are interdisciplinary proposals allowed?

Yes. Proposals may be interdisciplinary, particularly at boundaries between one of the listed physics areas and another discipline or physics subfield. However, the expectation is that most of the proposed effort clearly falls within at least one of the NSF Division of Physics areas named in the solicitation, and interdisciplinary elements should reinforce (not replace) a strong physics-centered research focus.

What makes a PFC proposal competitive?

The program describes four main dimensions that a competitive proposal is expected to address: (1) strong potential for a profound advance in physics; (2) creative and substantive plans for education, broaden participation, and outreach; (3) broader impacts such as influence on other fields, enabling new technologies, or societal benefits; and (4) a clear justification for why a center or institute structure is necessary to achieve the proposed goals.

What does NSF mean by a "profound advance in physics" in this context?

In the PFC context, a profound advance means the center's research agenda is ambitious and high-impact, positioned to push beyond incremental progress and potentially drive breakthroughs at the frontiers of physics.

What kinds of education, broaden participation, and outreach activities are expected?

Proposals are expected to include creative and substantive plans that enhance education, broaden participation, and strengthen outreach. This typically implies thoughtful, well-resourced activities that improve student training, expand diversity and inclusion in physics, and communicate science to the public effectively.

What are "broader impacts" for a PFC proposal?

Broader impacts may include the likelihood that the center's work influences other scientific or engineering fields, enables new technologies, or provides tangible societal benefits. The program emphasizes impact beyond the immediate research community.

How many awards does NSF anticipate making under this opportunity?

NSF anticipated making about five awards for this funding opportunity.

What is the maximum award amount mentioned for this opportunity?

The listed award ceiling for this opportunity is $5,000,000.

What is the Funding Opportunity Number for this NSF competition?

The Funding Opportunity Number is 19-578.

What CFDA number is associated with this opportunity?

This opportunity is listed under CFDA 47.049.

When was this funding opportunity created, and what was the original deadline?

The opportunity was created on April 23, 2019, with an original closing date of January 30, 2020.

Who is eligible to apply?

Eligibility is described as "Others," with clarification referenced in the full solicitation text. This indicates applicants should consult the detailed eligibility section in the solicitation to confirm which organizations can serve as lead institutions and what partnership structures are allowed.

What types of institutions is this program geared toward?

The program is geared toward institutions that can articulate a compelling frontier research vision, assemble a strong and complementary team, and demonstrate that a center framework is necessary to unlock transformational science. It also emphasizes serious commitments to student development, diversity, and public engagement.

Does the program focus only on research excellence?

No. While excellent physics research is central, the program also emphasizes building a durable, collaborative ecosystem that accelerates discovery and broadens impact through education and training, diversity and inclusion, and outreach to the public.

What role do specialized tools or infrastructure play in PFC proposals?

The program highlights that certain frontier physics problems require access to specialized tools or infrastructure that can be difficult to assemble under traditional grant models. A center structure can help coordinate shared platforms and resources needed to pursue the proposed research agenda.

What does it mean that this is a "discretionary NSF grant competition"?

Based on the information provided, this opportunity is described as a discretionary NSF grant competition under CFDA 47.049, meaning it is a competitive funding opportunity administered by NSF under the referenced program listing and solicitation.