Headlines

How to feed your garden birds without spreading disease

The outbreak of a mysterious and deadly disease in finches in British gardens in 2005 set alarm bells ringing for conservationists. A decade later, the extent of that disease in greenfinches and chaffinches was reported. And now, bird scientists are beginning to understand how

More rhythm, less blues: Program boosts class behavior

From flash mobs to line-dancing to the Nutbush, experiencing rhythm and movement in a group context is known to boost mental and physical health in people of all ages. Now a University of the Sunshine Coast study published in Behavioral Sciences of more than 200 4-year-olds

Q&A: How research aims to improve bad housing data

Nicholas J. Marantz, associate professor of urban planning and public policy at UC Irvine, is investigating how effectively current data sources track changes in residential housing stock. His aim is to understand how policy changes, such as new zoning laws and broader housing

The moon might be more prone to fires

Engineers love a good practical challenge, especially when it comes to spaceflight. But there's one particular challenge facing the crewed missions of the near future that scares mission planners above almost all others—fire. For decades, we've relied on a NASA test known as

What caffeine does to ants could change pest control

Caffeine doesn’t just perk up humans—it can sharpen ants’ minds too. Invasive Argentine ants given caffeinated sugar learned to find food much more efficiently, taking straighter paths and reducing travel time by up to 38%. They weren’t faster, just more focused, indicating

Science behind the scenes

Editor in chief Nancy Shute discusses the fascinating world of constructed languages, our behind-the-scenes look at a vast science museum collection, and how some mathematicians are embracing AI to check complex proofs.

Quantum AI just got shockingly good at predicting chaos

Researchers have shown that blending quantum computing with AI can dramatically improve predictions of complex, chaotic systems. By letting a quantum computer identify hidden patterns in data, the AI becomes more accurate and stable over time. The method outperformed standard