Tina Rost, an assistant professor at Virginia Tech, has been awarded nearly $800,000 from the National Science Foundation for her groundbreaking research in materials science, specifically focusing on high-entropy ceramics.

High-entropy ceramics are a new class of materials that involve mixing five or more elements in a random arrangement, allowing for tailored properties that enhance electrical, magnetic, and mechanical performance.

This innovative approach to materials science opens the door to unprecedented combinations of atoms, which could lead to significant advancements in industries such as quantum computing, aerospace, and defense.

To accelerate the discovery of effective material compositions, Rost plans to incorporate machine learning into her research, significantly reducing the time required for material discovery from years to mere months.

Rost's innovative approach aims to control the disorder in high-entropy ceramics, enabling the creation of new material compositions that are stronger, more heat resistant, and exhibit unique electronic and magnetic properties.

Her research team includes collaborators from the University of Arizona, George Washington University, and Illinois Institute of Technology, highlighting the importance of interdisciplinary partnerships in advancing scientific knowledge.

In addition to her research, Rost's project emphasizes educational outreach, aiming to enhance the materials science curriculum and promote STEM literacy among K-12 students in Appalachia.

Rost's journey into high-entropy ceramics began during her graduate studies at North Carolina State University, where she faced skepticism from peers but remained committed to her research.

Her work not only focuses on the development of innovative materials but also on fostering partnerships that enhance educational initiatives in the field of materials science.