We recognize the societal and economic importance of accelerating the discovery, design, and deployment of materials.
National Science and Technology Council Releases 2021 MGI Strategic Plan

Updated plan reflects advances made over past 10 years
NSF Announces New DMREF Awards

Of the 37 awards, 13 include Air Force Research Laboratory collaborators through the NSF-Air Force Partnership in Advanced Material Sciences.
From Theory to Application: How the DMREF Program Helps Accelerate Advanced Materials Research

What began as a small program with roughly 14 projects has now expanded to more than 150 projects. DMREF teams from universities across the U.S. collaborate to discover, develop, and help manufacture new materials.
HybriD3 Theory Training Workshop

This workshop introduces students and other early-career scientists to the theory and practical applications of atomistic modeling techniques in materials science, chemistry, and condensed matter physics, particularly first-principles electronic structure calculations.
MOVCD of Complex Nitride Semiconductors

A unique, custom-designed research instrument for metal-organic chemical vapor deposition (MOCVD) is enabling the synthesis and study of complex nitride semiconductors, such as ZnGeN21, and alloys and heterostructures of these materials, alone and in combination with the binary nitrides (Al,Ga,In).
V2O5 Detector: a synthetic data-driven deep learning model

This web-based interactive tool provides a deep-learning-based image analysis for nanowires on the fly.

From Theory to Application: How the DMREF Program Helps Accelerate Advanced Materials Research

What began as a small program with roughly 14 projects has now expanded to more than 200 projects. DMREF teams from universities across the U.S. collaborate to discover, develop, and help manufacture new materials.

By Divya Abhat

National Science and Technology Council Releases 2021 MGI Strategic Plan

NSF Announces New DMREF Awards

From Theory to Application: How the DMREF Program Helps Accelerate Advanced Materials Research

HybriD3 Theory Training Workshop

MOVCD of Complex Nitride Semiconductors

V2O5 Detector: a synthetic data-driven deep learning model

From Theory to Application: How the DMREF Program Helps Accelerate Advanced Materials Research