Novel Instrumental Techniques for Basic Energy Research: Electrochemistry and Quantum Materials | Apply Online

FAQs: Novel Instrumental Techniques for Basic Energy Research: Electrochemistry and Quantum Materials (DE-FOA-0001480)

What is this funding opportunity?

This is a U.S. Department of Energy (DOE) Office of Basic Energy Sciences (BES) discretionary grant opportunity titled "Novel Instrumental Techniques for Basic Energy Research: Electrochemistry and Quantum Materials" (Funding Opportunity Number DE-FOA-0001480). It supports research and development focused on creating new instrumentation and measurement approaches for basic energy research.

What is the main goal of the program?

The program aims to develop novel instrumental techniques and measurement approaches that unlock new fundamental, basic-science insights tied to DOE mission needs. The emphasis is on advancing scientific tools that make new discoveries possible, especially where existing techniques are not sufficient.

Is this opportunity focused on deploying or scaling specific energy technologies?

No. The emphasis is not on building or scaling specific energy technologies. Instead, it focuses on the underlying scientific instrumentation and measurement capabilities that enable new basic-science discoveries.

What are the priority research areas supported by this opportunity?

The opportunity targets two priority research areas: (1) electrochemical systems and (2) quantum materials, with an instrumentation-focused approach in both areas.

What types of projects fit under the electrochemical systems priority area?

Projects in the electrochemical systems area are expected to develop instrumental techniques that improve basic scientific understanding of chemical transformations and energy flow in electrochemistry. This includes foundational measurements needed to observe how reactions proceed, how charge and matter move, and how interfaces evolve under operating conditions in DOE-relevant systems.

What is the electrochemistry area trying to enable that conventional tools cannot?

This priority area is focused on enabling deeper, more direct observation and quantification of electrochemical processes, especially where conventional measurements cannot capture key mechanisms or where new instrumentation would reveal previously inaccessible behavior.

What types of projects fit under the quantum materials priority area?

Projects in the quantum materials area are expected to develop novel, small-scale instrumentation designed to probe major open questions in quantum materials research. The intent is to support compact or otherwise innovative experimental tools that can interrogate quantum phenomena in materials beyond what standard laboratory setups can readily measure.

What does "small-scale instrumentation" mean in this context?

Based on the opportunity description, "small-scale instrumentation" signals interest in compact or otherwise innovative tools that may be more flexible, specialized, or capable of reaching measurement regimes that traditional large instruments may not address efficiently (for example, extreme sensitivity, high spatial resolution, or unique environmental control).

How should applicants think about "fit" for this program?

Fit is best described as instrumentation-focused basic research. Strong alignment centers on the novelty of the proposed instrumentation and its scientific leverage: how much it expands what researchers can observe, measure, and understand in electrochemistry or quantum materials.

Which DOE office is sponsoring the opportunity?

The opportunity is issued by the DOE Office of Basic Energy Sciences (BES).

What is the activity category for this grant?

The activity category is Science and Technology and other Research and Development.

What is the CFDA number associated with this opportunity?

The CFDA number listed for this opportunity is 81.049.

Who is eligible to apply?

Eligibility is described as unrestricted, meaning applications are open to any type of entity, subject to any additional eligibility clarifications contained in the full announcement text.

What is the maximum award amount (award ceiling)?

The listed award ceiling is $750,000.

How many awards did DOE anticipate making?

DOE anticipated making around 10 awards.

When was the opportunity posted?

The opportunity was posted on December 16, 2015.

What was the application closing date?

The application closing date was April 4, 2016.

Is the program competitive?

The opportunity indicates a portfolio-sized selection (around 10 anticipated awards) within a defined submission window, suggesting a competitive process.

What is the central theme that ties the two research areas together?

Both priority areas share a common emphasis on new or significantly advanced instrumentation and measurement approaches that enable fundamental discoveries. In both electrochemistry and quantum materials, the focus is on tools that allow researchers to measure and observe phenomena that current techniques do not adequately capture.

How does this opportunity relate to DOE mission needs?

The opportunity is framed around creating instrumentation that enables fundamental insights tied to DOE mission needs. It emphasizes basic-science understanding in electrochemistry and quantum materials rather than near-term technology development.

What kinds of scientific questions is this opportunity trying to help answer?

For electrochemistry, it targets questions about chemical transformations, energy flow, charge and mass transport, and interface evolution under operating conditions. For quantum materials, it targets major open questions in quantum materials research that require novel, compact, or otherwise innovative instrumentation to probe quantum phenomena.

Does the opportunity prioritize measurement capability over specific application outcomes?

Yes. The description emphasizes measurement approaches and scientific tools as the primary outcome, with the expected impact being the ability to unlock new basic-science insights.