Jet Turbines

Alloys that hold their strength at extreme heat, for more fuel-efficient engines.

Vehicle Armor

Lighter, tougher alloys for military and industrial protection.

Nuclear Reactors

Radiation-resistant materials built to perform under sustained stress.

Bridges & Infrastructure

Corrosion-resistant alloys designed to outlast their environment.

Medical Implants

Biocompatible alloys engineered to work safely inside the human body.

Peer-reviewed work reporting research funded, in whole or in part, by ARM-MIP under its NSF Cooperative Agreement.

Short reports on the scientific and broader impacts of selected ARM-MIP activities, user program results, in-house research, education and outreach.

A select archive of user proposals that have run to completion on the platform, with a summary of outcomes.

An open data-sharing platform for ARM-MIP’s alloy composition, processing, and characterization data, with computational tools to support reuse by outside researchers.

Pending description from the PI team. Placeholder direction: the in-house program’s scope, likely accelerating the convergence of autonomous synthesis, robotic characterization, and AI-driven modeling to compress the alloy discovery loop described in the Platform section.

Pending description from the PI team. Placeholder direction: the in-house program’s scope, likely accelerating the convergence of autonomous synthesis, robotic characterization, and AI-driven modeling to compress the alloy discovery loop described in the Platform section.