BIOLOGY, NEUROSCIENCE - Research led by neuroscientist Shawn Lockery shows worms exposed to a cannabinoid become even more interested in food they'd already prefer, similar to craving potato chips after a few puffs of marijuana — known scientifically as “hedonic feeding” but colloquially called “the munchies.”

MATHEMATICS, PHYSICS - The University of Oregon will host two STEM-forward events Feb. 25: the Eugene Youth Math Festival and the Central Western Oregon Science Expo, both spearheaded by College of Arts and Sciences faculty members.

NEUROSCIENCE - Mea Songco-Casey, a graduate student at the University of Oregon, is the winner of the Fund it Forward Student Video Challenge, which includes a $1,000 prize from the Science Coalition.

NEUROSCIENCE - The animal's sophisticated visual system could offer clues to brain evolution

NEUROSCIENCE - As technology has improved, neuroscientists are now pushing the boundaries of traditional experiments and studying the brain in more naturalistic ways. UO neuroscientist Cris Niell is part of this growing movement. In two recent papers, his team has developed ways to study mouse vision that more realistically represent the way animals navigate the world beyond the lab.

NEUROSCIENCE - UO graduate student Jonny Saunders wants to make technology more accessible to everyone.

BIOLOGY, NEUROSCIENCE - A mutation in a gene called EGR1 snuffs out this social behavior in zebrafish, researchers in the UO's Institute of Neuroscience show in a new study.

BIOLOGY, NEUROSCIENCE - Nerves in the intestines help regulate the gut’s acidity, new research shows, and that helps keep their bacterial communities in balance.

NEUROSCIENCE - If behavior is a language, UO neuroscientist Luca Mazzucato is decoding its grammar. Distinct, coordinated activity in large sets of neurons can predict a rat’s future behavior, he and his team showed in a new study.

NEUROSCIENCE - New research in mice sheds light on the seemingly random brain signals that hum in the background of brains. These signals might help the brain switch between states of inattention or disengagement and states of optimal performance, UO researchers reported Oct. 14 in the journal Neuron.