Science & Tech
Researchers discover an economical way to produce high-performance thin films for electronics
Researchers at Missouri S&T have found an unprecedented, economical method for creating high-performance inorganic thin films, or “epitaxial” films, used in the manufacture of semiconductors for flexible electronics, LEDs and solar cells.
Read More »Physics researchers discover new approach to control the spread of light
Physics researchers have discovered a new way to control light — one that produces a concentrated, optically energetic laser beam when transmitted through diffuse media such as fog, biological tissue or white paint — rather than the typical weaker light with a lateral spread.
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Plant detective: Missouri S&T professor studies plants as “bio-sentinels” of indoor pollution
Behold the common house plant, the front-yard shrub, the rhododendron around back that’s seen better days since the next-door neighbors put their home on the market. They brighten our lawns, increase our property values, even boost our mental and physical health by reducing carbon dioxide levels.
For Dr. Joel Burken, such plants are far more valuable than as mere window dressing. The Curators’ Distinguished Professor and chair of civil, architectural and environmental engineering at Missouri University of Science and Technology is an expert in phytoforensics, the process of using plants to study human exposure to pollutants.
FYRE program advances freshman’s STEM passion
Kaysi Lee came to Missouri S&T last fall with a passion for science that had been nurtured through the years by her female high school science teachers and by her parents. But when she arrived at S&T, she was surprised at how difficult she initially found her STEM coursework.
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Chemistry undergraduate completes summer fellowship with gratitude and a published, peer-reviewed paper
Rachel Nixon, a junior in chemistry at Missouri S&T and recipient of the new Carey and Christine Bottom Endowed Scholarship in Undergraduate Chemistry Research, is thankful for the 10-week program she completed this summer. Working in Dr. Risheng Wang’s bionanotechnology lab eight hours a day, Nixon finished her peer-reviewed, published paper for a DNA-origami project already underway, then began a new project.
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Missouri S&T chemist rolls the dice to better identify chiral molecules in drugs
“High risk, high reward” is the kind of discovery Dr. Garry Grubbs seeks with a new experiment designed to rapidly identify the atomic structure of chiral molecules widely used in pharmaceutical drugs. The finding could significantly reduce the time and costs involved in pharmaceutical development and manufacturing.
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Ozark Biomedical Initiative Research Symposium to be held Aug. 18
Researchers from Missouri S&T and Phelps County Regional Medical Center (PCRMC) will present their research at an annual symposium hosted by the Ozark Biomedical Initiative (OBI) on Saturday, Aug. 18.
Read More »Missouri S&T to receive $1.7M in federal support for nuclear engineering research, student scholarships and campus reactor upgrades
The nuclear engineering program at Missouri S&T has recently been awarded a total of $1.7 million in federal support for research, student scholarships and safety upgrades to the university’s nuclear research reactor. The federal investment marks a strong commitment to one of the top nuclear engineering programs in the nation, says Dr. Richard Wlezien, vice provost and dean of engineering and computing at Missouri S&T.
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Missouri S&T biochemical engineer patents low-cost method of removing bacterial toxins from fluids
By some estimates, 18 million people die each year from sepsis triggered by endotoxins – fragments of the outer membranes of bacteria. A biochemical engineer at Missouri S&T has patented a method of removing these harmful elements from water and also from pharmaceutical formulations. Her goal: improve drug safety and increase access to clean drinking water in the developing world.
The technique, as outlined in a July 2016 article in the journal Nanotechnology, involves a one-step phase separation method, using a syringe pump, to synthesize the nanoparticles. Those polymer nanoparticles have a high endotoxin removal efficiency of nearly 1 million endotoxin units per milliliter of water, using only a few micrograms of the material.
