麻豆映画传媒

Associate Professor Yang Yang has developed a renewable 鈥渢hin-film鈥� catalyst that uses microscopic patterns for cleaner, more affordable chemical manufacturing and fabrication.

The new transmission electron microscope will serve as a shared university resource and strengthen partnerships with Florida鈥檚 high-tech industries.

Professor Shruti Vyas’ new AI model could accelerate research by enabling researchers to see the shape of molecules, which could improve drug discovery and development.

Meet two students who say 麻豆映画传媒 inspired them to pursue scientific discovery and innovation to solve problems in medicine and Florida鈥檚 coastal habitats.

The National Center for Forensic Science at 麻豆映画传媒 is leading first-of-its-kind research that just got national funding boost.

The team’s new design, which uses the microstructure of bee hair to simulate the capture and release of pollen, helped them secure an award.

The National Center for Forensic Science at 麻豆映画传媒 is the only university laboratory participating in a global study.

The novel superhydrophobic coating, which can potentially be used to create more efficient fuel cells and sensitive toxic gas detectors, can keep materials dry for longer and at greater depths.

The goal is to gain a deeper understanding of zoonotic threats, which may include COVID-19, in order to better respond to them.