Dr. Guilherme Verocai, an associate professor and director of the Parasitology Diagnostic Laboratory at the Texas A&M University College of Veterinary Medicine and Biomedical Sciences, offers guidance for how owners can identify, prevent and manage the parasite.

With its acquisition of an on-site 20-qubit IQM Radiance quantum computer, the Department of Energy’s Oak Ridge National Laboratory has taken another major stride forward in its research efforts to integrate quantum computing technology with classical high-performance computing.

Over a 40-year career, Oak Ridge National Laboratory physicist David Radford has become known for building the tools he needs to explore the mysteries of the atomic nucleus. One of those tools is a new type of enriched germanium detector that will lie at the heart of the international LEGEND-1000 project as it searches for a long-theorized but never observed nuclear decay known as neutrionoless double beta decay, potentially shedding light on one of the biggest mysteries about the formation of the universe. 

The U.S. NSF LCCF Overview and Characteristic Science Applications virtual panel featured remarks from NSF and TACC leaders, followed by a moderated panel of researchers using TACC's Frontera and Vista supercomputers to tackle some of science's most complex challenges.

As Southeast Asia faces warnings of a higher-risk haze season, research at the National University of Singapore College of Design and Engineering is helping Singapore better understand what is carried in the air during pollution episodes. Led by Associate Professor Yu Liya from the Department of Civil and Environmental Engineering, the work uses the chemical fingerprints of fine airborne particles to trace where pollution comes from, how it reaches Singapore, and how it changes along the way. Her team has studied smoke from past haze events, including evidence that carbon particles from the severe 2015 episode were around 800 years old, pointing to underground peat burning as a key source.