Running on Oxides - Innovators

Professor Chang-Beom Eom, a Material Science and Engineering expert at the University of Wisconsin-Madison, focuses on the synthesis and calculation of oxide thin film materials. Despite being abundant, oxides have untapped potential, especially in electronics. His research aims to understand these materials' fundamental properties to enhance electronic devices' speed, energy efficiency, and density. With new funding, his team, including graduate and undergraduate students, has made significant discoveries in material behavior at interfaces, promising advancements in future electronic applications.

Who is Chang-Beom Eom and what is his area of expertise?

• A Lecturer in Biology at Stanford University

• A Researcher in Physics at MIT

• A Professor of Material Science and Engineering at the University of Wisconsin-Madison

• A Professor of Chemistry at Harvard University

What is the significance of oxide materials in material science?

• They are primarily used in construction.

• They are rare and expensive to produce.

• They are the most abundant compound on the Earth's crust with untapped potential.

• They have no significant properties.

How can oxide materials benefit the electronic industry?

• By reducing the cost of production.

• By increasing the size of electronic devices.

• By solving issues related to speed, energy efficiency, and device density.

• By making devices more colorful.

What was a key factor that enabled the research team to make new discoveries?

• The discovery of a new element.

• The perfect timing of funding and involvement of talented students.

• A breakthrough in artificial intelligence.

• A collaboration with a tech company.

What potential application does the research on oxide materials have?

• Creating new types of food packaging.

• Developing future electronic devices.

• Building stronger bridges.

• Designing new fashion trends.