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Their invention involves a new method for counting particles of light—photons—without destroying them.

The researchers are using a novel approach called reverse vaccinology, employing powerful bioinformatic tools and reverse pharmacology practices to better understand the genetic makeup of parasites that cause malaria.

Their technology, called Binoculars, can detect text generated by large language models at an almost 90% success rate.

UMIACS director Mihai Pop recently spoke at Johns Hopkins University, where he received his Ph.D. in 2000.

For UMIACS, the Iribe Center has been a boon for the seamless flow of bold ideas and new knowledge across multiple academic disciplines.

The project will provide additional space for computing hardware and will offer better options to ensure that the data center’s power grid and cooling systems can handle any increased workload.

Known for his quick wit, positive demeanor and strong commitment to advancing the mission of the multiple organizations he was involved with, Cleaveland was highly respected and valued by friends, colleagues and students at the University of Maryland.

A noted expert on quantum secure cryptography, he offers insight as to why new quantum-resistant security measures are needed now, and what we may see in the future.

Theoretical physicist Nicole Yunger Halpern was recognized for her work in quantum thermodynamics.

UMIACS affiliate faculty member Megan Fritz is lead author of a study that identified genomic changes in the corn earworm—considered the costliest crop pest in North America—that make it more resistant to common pest management practices.