Materials Science and Engineering

Technology could enable surgical robots and space rovers to analyze samples instantly, making intelligent sensing faster and more affordable.

The new heat-resistant material could revolutionize energy storage, making liquid metal batteries safe for mobile applications.

A carbon-fiber plastic composite that heals itself like skin and reshapes under heat is set to revolutionize the aerospace, defense and commercial industries.

Material scientists at Texas A&M have developed a dynamic material that self-heals after puncturing by changing from solid to liquid and back.

Texas A&M Engineering and the Texas A&M Semiconductor Institute will soon launch multiple programs and initiatives to bolster the semiconductor industry.

Inspired by how fire ants survive floods, Texas A&M scientists have discovered a method that allows synthetic materials to assemble and disassemble in response to changes such as heat or light.

More than 95% of hydrogen used in the chemical industry is produced using a fossil fuel method with negative environmental impacts.

The Army Research Laboratory has selected A&M for a center focused on discovering new materials for use in extreme conditions.

The contribution builds upon Samsung’s commitment to developing a STEM-ready workforce in Central Texas.

Dr. Michael Demkowicz predicted self-healing in metal; this summer it was observed, shocking scientists around the world.