UMD researchers developed a new approach to using ultralow-power optical incidence to control the size and spin orientations of the formed magnetic domains.

Nikhil Joshi (B.S. ’07, biological sciences) takes on television’s biggest trivia game as a contestant on “Jeopardy!”.

The researchers used a deadly fungus that spreads during mating to target mosquitoes that spread disease to humans.

Astronomy Ph.D. student Serena Cronin explores space dust, galactic winds and other cosmic phenomena.

Large language models, a form of AI that generates human-like text, are now being embedded in everything. As these technologies grow more powerful and pervasive, ensuring that they behave consistently, adapt to new situations, and remain secure from attacks is more urgent than ever.

A new paper co-authored by Biology’s Juan Angueyra aims to tackle a century-old communication problem by making it easier to identify visual systems in vertebrate species.

Zorawar Wadiasingh, a visiting assistant research scientist at the University of Maryland, helped predict and interpret this new cosmic phenomenon.

Unlike standalone large language models like ChatGPT, web AI agents can do much more than just generate text.

Funds support research focused on accessibility, social justice, sustainability and learning.

Pioneering gamma-ray astrophysicist Brenda Dingus was recognized for her transformative contributions to cosmic ray research.