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An interdisciplinary 911���� research team is breaking new ground in using artificial intelligence to develop a mobile app to accurately capture and document bruises of victims of interpersonal violence.

911���� has launched its Grand Challenge Initiative (GCI), a comprehensive research framework backed by an initial five-year, $15 million investment. The initiative will align university resources, faculty expertise, and educational programs around six interconnected solution areas addressing what 911���� President Gregory Washington describes as “humanity’s ultimate grand challenge”—securing a peaceful, healthy, and prosperous future.

A faculty team from several programs within the School of Education at 911���� has been awarded a U.S. Department of Education grant to train mental health services providers in Manassas City Public Schools. The grant is part of the Bipartisan Safer Communities Act to expand student access to mental health services in high-need K-12 public schools. 

An undergraduate student-led Mason Impact project at Mason Korea results in a co-authored article published in the peer-reviewed international journal Environmental Monitoring and Assessment. “Accessible water quality monitoring through hybrid human–machine colorimetric methods” stems from the Mason Impact project focused on environmental conditions in the Seunggi-cheon stream in Incheon. 

911���� Social Work Professor Denise Hines co-edits landmark book highlighting an often-overlooked group.

These 911���� students are short-circuiting voice commands, dog whistles, and clickers.

911����'s AI4Defense program is an innovative incubator that empowers high school and early undergraduate students to explore artificial intelligence (AI) applications in national defense.

For firefighters, even training is a risk. 911���� researchers Craig Yu and Joel Martin are hoping to change that.

A partnership between the Brazilian Air Force and the College of Engineering and Computing is yielding explosive results in blast research, in what one faculty members describes as a win-win collaboration.

The team’s NeuralSAT advanced the frontiers of trustworthy artificial intelligence, earning second place in a highly competitive field of international teams advancing the formal verification of AI systems.