After several years of studying materials science as an undergraduate at Seoul National University in South Korea, Hyunseok Oh had a philosophical crisis. He began questioning the purpose of engineering…
When Katy Jinkins graduated from the University of Wisconsin-Platteville with a degree in engineering physics and a National Science Foundation Graduate Research Fellowship, she was only 19, a feat that…
Solar and wind are quickly transforming the energy landscape—but if we are to realize the full potential of these intermittent, renewable energy sources, we’ll need safe, affordable batteries capable of…
A historic $75 million gift will fuel construction of a much-needed new engineering building at the University of Wisconsin-Madison. With their lead gift—the largest single gift in college history—brothers and…
Mary Buckett took her education from UW-Madison and revolutionized transmission electron microscopy. From Chadbourne Hall to the laboratories in MS&E, Mary found community on campus. She later went on to…
A multi-year collaboration between electrical and materials science engineers at the University of Wisconsin-Madison has resulted in a promising new electron emission cathode material, a key component in modern vacuum…
Using advanced computational techniques and molecular-level simulation, a team of materials science engineers at the University of Wisconsin-Madison has identified, synthesized and tested a new class of materials that act…
During his time at the University of Wisconsin-Madison, Adam Falk has had many doors opened to him. In early May 2024, however, the materials science and engineering senior literally tore…
Materials science and engineering researchers at the University of Wisconsin-Madison have developed a new synthesis technique for creating extremely clean single crystalline thin films. Called hybrid pulsed-laser deposition, the method…
A team of University of Wisconsin-Madison engineers has developed a new technique that allows them, for the first time, to see how materials corrode directly within a high-temperature flowing molten…
The anodes, or negative electrodes, in most rechargeable batteries are currently made of graphite. But the next generation of high-capacity, fast-charging, low-cost batteries will use metal anodes instead, which will…