Husker team earns elite NSF award to drive next generation of materials research

July 30, 2026

A scientific illustration shows the interface between a ferroelectric oxide and a 2D material. The AtEM team is studying how controlling nanoscale structures in these materials can lead to new electronic and optical properties, with potential applications in energy-efficient electronics, advanced optical technologies and neuromorphic computing.
A two-dimensional material/ferroic oxide heterostructure is shown here, representing the type of atomically engineered material researchers at the University of Nebraska–Lincoln’s Atomically Engineered Materials center will investigate. By controlling materials at the atomic scale, researchers aim to discover new properties that could advance electronic and computing technologies of the future.
Xi Huang | Electrical and Computer Engineering

The University of Nebraska–Lincoln will establish a Materials Research Science and Engineering Center after earning a highly competitive six-year, $18 million grant from the National Science Foundation.

Nebraska is one of six institutions to receive funding this year through NSF's MRSEC program, which has helped put the U.S. at the forefront of scientific advancement for more than 50 years.

The interdisciplinary center will explore fundamental questions in quantum materials, advancing scientific understanding of ultra-thin materials that are key to faster computers, more energy-efficient artificial intelligence and brain-inspired computing.

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