Advanced Materials

Advanced Materials icon

Ohio researchers are conducting groundbreaking studies of various advanced materials. The creation and testing of computational models through Ohio Supercomputer Center systems continues to set the bar high for materials science research in Ohio.

Raman Spectra

Illustration from Zayak's research

From solar cells to electronic tools, new devices are created every day by combining two or more different materials to create a heterogenous interface. Those interfaces play a major role in how those devices function.

Computational Chemistry

Janet Del Bene, Ph.D., has dedicated five decades to research in theoretical chemistry. And she’s done it with, and without, the help of the Ohio Supercomputer Center. Of course, the only time she didn’t use the Center’s high performance computing capabilities was when they didn’t exist.

Water Desalination

Over 96 percent of the water on Earth is undrinkable and unusable for most human purposes. While removing salt from ocean water is possible, desalinated water costs up to ten times more than typical groundwater.

2016-17 Introduction

With the passage of the state operating-budget bill in 1987, the Ohio Supercomputer Center was established “as a statewide resource available to Ohio research universities both public and private. It is also intended that the center be made accessible to private industry as appropriate.”

Epidemic Forecasting

When life-threatening weather events loom, forecasters warn citizens days, even weeks, beforehand so they can take action. It seems to work: We clear supermarket shelves, board up windows and even evacuate to higher ground ahead of the impending tempest to avoid danger.

Blind to bias in its threat to human life is another force of nature – epidemics.

Industrial Explosives

Alfred Nobel, namesake of the Nobel Prizes, was originally known for inventing dynamite, though not fondly, as he found out. When his brother died, a newspaper erroneously reported Alfred’s death. The obituary chided him for his invention that, especially at that time, often proved deadly.

Glass Transition

One of the grand challenges in materials science is discovering exactly how materials form glasses.

David Simmons, Ph.D., an assistant professor in the University of Akron’s Department of Polymer Engineering is trying to understand at the fundamental level the relationship between the molecular structure and the way a material forms a glass.

Electrolyte Design

To enable the rational design of future materials, such as batteries that could more safely and efficiently power electric cars, a research group at The Ohio State University is developing an innovative modeling approach to reveal the details of the microscopic structure and dynamics in microphase-separated polymer electrolytes.

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