Workshop on Measurement Needs for Local-Structure Determination in Inorganic Materials

Area of Science:

• Materials Science
• Nanotechnology
• Computational Materials Science

Background:

• Functional material properties depend on local atomic structure (sub-nanometer to nanometers).
• Determining nanoscale atomic arrangements (the "nanostructure problem") is crucial for materials development.
• Current experimental methods provide only partial views of local structure, hindering comprehensive analysis.

Purpose of the Study:

• To devise a collaborative strategy for comprehensive local structure determination.
• To address the challenge of accurately characterizing nanostructured materials.
• To foster interdisciplinary collaboration among experts in experimental and theoretical areas.

Main Methods:

• Convening a NIST-sponsored workshop with experts in local structure determination.
• Facilitating discussions on experimental and theoretical approaches.
• Identifying organizational frameworks for collaborative research.

Main Results:

• Unanimous agreement that solving the nanostructure problem requires transcending single-institution capabilities.
• Convergence on establishing a dedicated institute for local structure determination.
• Identification of key functions for the proposed institute: software development, user-expert connection, database maintenance, and training.

Conclusions:

• A coordinated, interdisciplinary effort is essential to solve the nanostructure problem.
• A dedicated institute offers a viable platform for advancing local structure determination.
• The proposed institute will provide intellectual infrastructure through software, expertise, data, and education.