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Michael Veit Wins Leroy Apker Award

October 17, 2014

Michael Veit, who graduated summa cum laude in 2014 with degrees in both Physics and Mathematics, has been named the winner of the 2014 Leroy Apker Award by the American Physical Society. Veit will receive a $5,000 prize in recognition of research that formed the basis of his Honors Thesis. The University of Minnesota's School of Physics will also receive $5,000 to further support undergraduate research here at the University.

"The Apker is the most distinguished award recognizing excellence in undergraduate research in physics in this country," said Serge Rudaz, director of the University Honors Program and Professor of Physics. "We are all incredibly proud of Michael's achievement, which reflects brightly on the University, its School of Physics, and its Honors Program."

Veit entered the University Honors Program as a sophomore, motivated by UHP's emphasis on research. "I think the research component of the Honors Program had the most profound impact on my undergraduate career," he says. He credits UHP as a a major influence on his success and current career path: "My experience with research has been the biggest factor in choosing to continue studying physics in graduate school. Without UHP, I'm not sure I would have started conducting research as early as I did, and I would have missed out on some incredible experiences that shaped my career plans."

Veit is now pursuing a PhD in Applied Physics at Stanford University. "Michael's interests spanned many disciplines in science and engineering," explains Andrea Beloy, Michael's Honors Advisor. "When he found his fit in Physics, he really took off. I enjoyed working with him and am excited to follow his research career."

Interested students can learn more about faculty-directed research here on the UHP website.

About Michael's Research

My Honors Thesis was a study of transport measurements in the cuprate superconductor HgBa2CuO4+d. The cuprates are a class of superconductors which have a high superconducting transition temperature. This means that the cuprates do not have to be cooled as much as more conventional superconductors to become superconducting.

A full understanding of the cuprates remains elusive due to the observation of a number of anomalous properties which have been taken to be strong indicators that the physics of the cuprates cannot be described by the conventional model for simple metals, known as Fermi-liquid theory. However, I measured the resistivity, Hall effect, magnetoresistance, and Seebeck coefficient of the cuprate HgBa2CuO4+d, and I remarkably found that it behaves as it should in the Fermi-liquid theory. Such transport measurements are often among the first experiments to be performed on a new material. However, they are typically the least understood. My work has shown that there some aspects of these complex materials are rather conventional, and that there is still much to be learned from such measurements in the cuprates.

More about the Apker Award

The Leroy Apker Award recognizes outstanding achievements in physics by undergraduate students, and thereby provides encouragement to young physicists who have demonstrated great potential for future scientific accomplishment. Two awards may be presented each year, one to a student from a PhD granting institution and one to a student from a non-PhD granting institution. More information is available on the American Physical Society website.

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