Emily Hitz Named by Nature as One of Five Early Career Researchers in Materials Science

Emily Hitz Named by Nature as One of Five Early Career Researchers in Materials Science

Emily Hitz Named by Nature as One of Five Early Career Researchers in Materials Science


Emily Hitz, a Ph.D. student in the UMD Department of Materials Science and Engineering (MSE), has been named as one of five emerging stars in the field of materials science by the journal, Nature

Hitz, whose background is in the development of solid-state batteries, is currently investigating applications for this technology on the moon as part of her three-year fellowship with NASA.

"NASA is interested in having very safe batteries," said Hitz. "One day we might literally be using a block of wood to make a battery. We use whatever we can to make it work. I like that flexibility.”

According to Nature, "To be considered for selection, the materials scientists featured... had to be early in their careers, in this instance meaning it is less than five years since their first article citation. They have a strong track record of year-on-year publication and all have an outstandingly high annualized h-index, a metric which recognizes both the output and impact (using citations as a proxy for impact) across all journals while normalizing for differences in disciplines and career stages."

Hitz is advised by MSE Professors Liangbing Hu and Gary Rubloff

 

December 20, 2019


Prev   Next

Current Headlines

With AI’s Help, Doctors Could One Day Press ‘Print’ in the Operating Room

NSF Awards $900K to Project Enhancing Fire Investigation Training Models

Stroka Appointed Associate Chair for Undergraduate Studies and Director of Undergraduate Programs

New Oxyhalide Electrolyte Breaks Barriers for Solid-State Battery Performance

International Research Exchange Spotlight

Md Mehrab Hossen Siam Receives Graduate Endowed Fellowship

New Initiatives Push Toward Safe & Reliable Autonomous Systems

Led by Professor Mohammad Hafezi, Researchers Identify Groovy Way to Beat Diffraction Limit

News Resources

Return to Newsroom

Search News

Archived News

Events Resources

Events Calendar