Fourteen researchers associated with Missouri S&T are listed as the most prolific contributors in their topics from 2019 to 2023 in Scopus — a multidisciplinary abstract and citation database and website, scopus.com, maintained by the Elsevier publishing company.
Read More »Researchers at Missouri S&T are studying advanced materials and welding techniques for use in extreme conditions that could lead to more durable hypersonic vehicles or safer nuclear reactors with funding from the Air Force Office of Scientific Research.
Read More »A researcher from Missouri S&T has been awarded $200,000 from the National Science Foundation to study how turbulence behaves at high speeds and how it could be used to make hypersonic vehicles more effective.
Read More »A Missouri S&T computer engineering professor is working to improve the detection of skin cancer, and he was recently awarded a $440,000 grant from the National Institutes of Health to support his efforts.
Read More »Research and poetry may not be the first topics you associate with Earth Day, but members of the Missouri S&T community blended scientific research and literary arts for a touching tribute to our planet on April 22.
Read More »A Missouri S&T professor has been awarded $875,000 from Rio Tinto, a global mining group, for a two-year project researching new techniques to recover critical minerals in the waste byproducts that come from extracting and refining copper.
Read More »Missouri S&T will hold a groundbreaking ceremony to celebrate a major expansion and renovation of the Engineering Research Laboratory building at 8 a.m. Thursday, April 18.
Read More »What do Missouri S&T researchers do when they want to study the impact of tractor-trailers colliding into bridges?
They bring the collisions to the university’s campus with a massive setup that, at first glance, looks like a red roller coaster.
What is even better than a student from Missouri S&T finding the remains of one dinosaur? Finding the remains of two.
Read More »Researchers from Missouri S&T are using rock core samples collected in the past to find the best areas for the future mining of critical minerals.
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