For more than a decade, the GENIE Project Team at HHMI's Janelia Research Campus has collaborated with Janelia’s tool developers and tool users to take innovative biological sensors from novel prototypes to widely used laboratory staples—a feat likely impossible for a single lab on its own. Now, the team is unveiling their latest collaborations.

The Institute for Child Development at Binghamton University, State University of New York is a national and international leader in serving children diagnosed with autism, their families and their communities, and as a locus for autism-related research. Over the past 50 years, it has transformed the lives of thousands of families, shaped careers and developed some of the best practices for diagnosing and providing services to young children with autism.

The Atlantic meridional overturning circulation (AMOC) is a major oceanic current determining global climate that is showing signs of weakening. It transports warmer waters northwards in the Atlantic Ocean, sinks colder and denser waters and is a climate regulator in the northern European continent. According to some hypotheses and computer models, the impact of climate change and melting of the poles could eventually collapse the AMOC, with effects on global ocean regulation and climate that are difficult to predict. In this complex system of ocean currents, how do these affect the water masses flowing from the Mediterranean into the Atlantic along the course of the AMOC?

Researchers at universities requiring advanced information technology expertise could soon gain new opportunities to access comprehensive, affordable solutions, thanks to a pilot initiative led by Texas A&M AgriLife Center for Managed Technology Services.

The Center for Managed Technology Services, a part of Texas A&M AgriLife Information Technology, has been awarded a $1.4 million grant from the National Science Foundation.

Since its founding, Quanta Magazine has sought to illuminate the pursuit of knowledge about the basic mechanics of the natural world. Today, the Pulitzer Prize-winning magazine continues this mission with “How We Came To Know Earth,” a nine-story chronicle of the modern understanding of fundamental climate science — from quantum effects to ancient hothouses, from the math of tipping points to the audacity of climate models.

By combining AI with molecular dynamics simulations, researchers at the Department of Energy’s Oak Ridge National Laboratory have developed a new tool to more accurately predict how plants and helpful microbes communicate and form partnerships at the most fundamental level.

Electronics and Telecommunications Research Institute (ETRI) announced that it has been conducting digital standardization research and development since 2020 in collaboration with the National Museum of Korea, Korea National University of Cultural Heritage, Chung-Ang University, LiST Co., Ltd., and the Technology Research Institute for Culture & Heritage to secure technological sovereignty in the digital field of cultural heritage in the era of AI.

The Department of Ecology and Conservation Biology within the Texas A&M College of Agriculture and Life Sciences is helping lead a national effort to transform how scientists access and use biodiversity data by digitizing tens of thousands of mammal specimens from its Biodiversity Research and Teaching Collections.

The work is part of the Ranges Digitization Network, a consortium of 23 natural history collections across the U.S. dedicated to digitizing, standardizing and sharing trait data for terrestrial mammals.

Long before Jeff Tomberlin, Ph.D., professor of forensic entomology in the Texas A&M Department of Entomology, helped investigators solve murders with maggots, he was just a kid glued to the TV watching detective shows.

There have been countless television shows dedicated to detectives who use forensic science to solve crimes. For Tomberlin, it was “Quincy, M.E.” – a forensic pathologist who always caught clues that police detectives missed, that sparked his interest and imagination.