CASB Research

Researchers discover an economical way to produce high-performance thin films for electronics

Posted by on April 11, 2019

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.

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Physics researchers discover new approach to control the spread of light

Posted by on March 4, 2019

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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Missouri S&T joins LIGO Scientific Collaboration and world-class astrophysics research

Posted by on February 26, 2019

This spring semester, Missouri S&T became the state’s only institution to join the worldwide LIGO (Laser Interferometer Gravitational-wave Observatory) Scientific Collaboration (LSC) of researchers committed to detecting cosmic gravitational waves.

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A look at the dark side of smart tech

Posted by on February 26, 2019

Smart phones. Smart watches. Smart speakers. Smart appliances.

Smart devices are improving people’s lives every day. Advances in smart technology are helping people stay connected, find information and organize their lives along with numerous other benefits.

With these advances also come a sense of unease and insecurity – concerns about privacy, personal data sharing and ethics.

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Missouri S&T historian to appear in HISTORY’s ‘Presidents at War’ premiering Feb. 17

Posted by on February 7, 2019

Dr. John C. McManus, Curators’ Distinguished Professor of history at Missouri S&T and one of America’s most distinguished military historians, will help commemorate this year’s Presidents Day by sharing his expertise on screen in HISTORY’s landmark two-night television event, “Presidents at War.”

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MXene researchers find 2-D transition metal carbides react with water, opening a door to their unknown chemistry

Posted by on January 16, 2019

Researchers at Missouri S&T have discovered that two-dimensional (2-D) titanium carbide materials, or MXenes, can react with water with no other oxidizers involved. Their finding may lead to new insights into the unusual chemistry of MXenes and consequently have impacts on MXenes’ storage and device manufacturing.

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Your brain on art: neuroscientists define the aesthetic experience

Posted by on December 20, 2018

Imagine you are looking at Van Gogh’s “Starry Night” painting for the first time. What do you experience? Perhaps the first thing you notice is the large amount of blue. Then you might zoom in on details to notice the stars and the rings of paint around them, and then details of the village below, while still examining the blue sky. As you explore the painting, your understanding changes, and so do the pleasurable feelings you receive from the experience.

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FYRE program advances freshman’s STEM passion

Posted by on October 23, 2018

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

Posted by on August 29, 2018

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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S&T researcher designs DNA-assembled electronic circuits for miniaturization of computers

Posted by on August 24, 2018

A researcher at Missouri University of Science and Technology continues her exploration of self-assembled DNA nanostructures with a project to fabricate a new generation of molecular electronic circuits that would allow for the unprecedented miniaturization of computers and other electronic devices.

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