Science & Tech
Researchers use amino acids to grow high-performance copper thin films
For the first time, researchers from Missouri University of Science and Technology have shown that highly ordered copper thin films can be crystallized directly on a one molecule-thick layer of organic material rather than on the inorganic substrates that have been used for years.
Read More »Missouri S&T wins grant for high-resolution 4-D X-ray CT scanner
By this time next year, researchers at Missouri University of Science and Technology who study the properties of various types of materials will have a highly sophisticated scanning tool available to help them, thanks to a grant of nearly $1 million from the National Science Foundation. The $918,397 NSF grant will help fund the purchase […]
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Researchers say job candidates are rated lower in virtual interviews
Many of us have wondered how a job interview conducted via Zoom or another video-mediated communication (VMC) tool would hold up against face-to-face interviews with other applicants. And that sneaking suspicion that the video interview is somehow lacking, is turning out to be true.
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Missouri S&T receives $1 million gift from the Sunderland Foundation to complete new lab
Missouri University of Science and Technology has received a $1 million gift from the Sunderland Foundation to complete construction of the Clayco Advanced Construction and Materials Laboratory in Butler-Carlton Civil Engineering Hall. The foundation also supported the project with a $100,000 gift in 2016. “We are deeply grateful for the Sunderland Foundation’s investment in this […]
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Researchers say job candidates are rated lower in virtual interviews
New research provides some of the first solid evidence that people who watch a virtual job interview rate the candidate substantially lower than those who watch the same interview in person.
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Missouri S&T researchers to improve shale oil recovery
Missouri S&T researchers are working to increase the amount of shale oil produced in the United States while reducing the need to drill new wells. They hope to develop a new model to mitigate the formation of heavy organic solids found in the oil during extraction and as a result, make the U.S. more energy independent.
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Researchers use artificial intelligence to improve efficiency in kidney transplant network
Tens of thousands of people are on the kidney transplant waiting list. Less than a third of them will receive a kidney this year, and thousands of kidneys are discarded because matches are not made while the donor kidney is viable. Researchers at Missouri S&T are using artificial intelligence to improve workflow efficiency within the transplant network to speed up the process and give patients a better chance of receiving a transplant.
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Missouri S&T researcher earns $4 million grant for energy-efficient steelmaking
Steelmaking is among the most energy- and carbon-dioxide-intensive process in manufacturing. U.S. steel producers are challenged by narrow profit margins due to the cost of raw materials and associated energy costs. But researchers at Missouri S&T could soon help the steel industry overcome those challenges.
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Missouri S&T research on soybean oil may benefit manufacturers, farmers and environment
Replacing a petroleum and water mixture with soybean oil as a lubricant and cooling agent for cutting metal would save money, reduce environmental impact, be safer for workers, and potentially help soybean farmers across the U.S., say Missouri S&T researchers who are developing the method.
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Missouri S&T researchers recommend combination of filters for homemade masks, other PPE
A team of researchers at Missouri University of Science and Technology found that several layers of household air filters can achieve filtration performance similar to masks rated N95 – masks that capture 95% of particles. The researchers studied the filtration performance of non-medical materials and recommend making homemade face masks with a combination of fibrous and fabric materials. They say the materials will sufficiently remove aerosols and avoid the inhalation of fiber fragments generated during the cutting and folding of the filters.
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