Ivaylo Ivanov, associate professor of chemistry at Georgia State University, will be among the first scientists to perform research using Summit, the world’s most powerful scientific supercomputer, at the Oak Ridge National Laboratory in Tennessee.
The high-density minerals in the Georgia kaolin mines are potential sources of rare-earth elements, including the heavy rare-earth elements that are in high demand for many important uses and are mostly imported to the United States from China, according to a study led by Georgia State University and Thiele Kaolin Co.
Campus News, Health & Wellness, Science & Technology
Medical problems nearly prevented her from earning a college degree. Now Devin McCoy plans to use her own experiences to help pharmaceutical companies better educate patients.
Health & Wellness, Science & Technology
Early detection of the most common form of epilepsy in children is possible through “deep learning,” a new machine learning tool that teaches computers to learn by example, according to a new study that includes researchers from Georgia State University.
Dr. Gangli Wang, professor of chemistry at Georgia State University, has received a three-year, $485,263 federal grant to study how nanostructured materials, or materials with hollow structures on the nanometer scale, affect how other substances pass through them.
Health & Wellness, Science & Technology
Dr. Benoit Chassaing is embarking upon a new field of research to understand how the gut and brain communicate.
The force of the South Asian Monsoon – a weather pattern that affects the lives of several billion people – is more sensitive to warming in the southern hemisphere than scientists previously thought, according to a new study by an international team of climate researchers.
Georgia State Research Magazine, Health & Wellness, Science & Technology
How do cells repair damaged DNA? A Georgia State chemist finds it’s as simple as pinch, push, pull.
Georgia State Research Magazine, Science & Technology
The university’s Neuroscience Institute celebrates a decade of discovery.
In physical, biological and technological systems, the time that a system’s components take to influence each other can affect the transition to synchronization, an important finding that improves understanding of how these systems function, according to a study led by Georgia State University.
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