Tag: Ulrich Jentschura

Dive into summer reading: Discover the latest works from faculty and staff

Posted by on June 19, 2024

Check out a sampling of books written by Missouri S&T faculty and staff. From history of wars to history of breakfast cereal to women Egyptologists, not to mention an entire book on the origins of the term “dude,” there are several topics to choose from for your summer reading.

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87 researchers affiliated with Missouri S&T among top 2% cited scientists in their fields for career or single-year impact

Posted by on November 3, 2023

A total of 58 current and former faculty of Missouri S&T are among the top researchers in their field as measured by their career research records, and 72 current or former Missouri S&T researchers were among the best in their fields in 2022, according to a recent analysis of standardized citation indicators of the Elsevier Data Repository published by Stanford University.

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The year in research – stories worth revisiting

Posted by on December 22, 2022

From using artificial intelligence to help match kidney transplant donors with those in need to designing more helpful assistive robots for people with disabilities, Missouri S&T researchers are coming up with innovative ways to tackle challenges. Here’s a look back at 10 research topics  that demonstrate the variety and depth of research at S&T.

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New physics book covers atoms, lasers and gravity

Posted by on August 11, 2022

Ever since quantum field theory was effectively invented in 1947 by Hans Albrecht Bethe, it has been a part of advanced physics studies. Quantum electrodynamics provides researchers with a framework to study the interaction of particles and radiation through mathematics.

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S&T physicist improves particle interaction modeling

Posted by on April 24, 2017

Quantum electrodynamics is a lot like baking a cake, and then trying to take apart the individual ingredients. At least, that is what physicist Dr. Ulrich Jentschura equates to the process of creating an equation that can couple particles’ and antiparticles’ predicted masses at the same time.

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