Research reveals when and why ancient tropical seas transitioned from oxygen oases to marine dead zones, providing clues to the long-term evolution of oceanic environments.
Kevin Crowston's Sloan-funded research examines whether generative AI tools help developers learn programming or prevent them from building essential coding skills through practice.
Engineering and computer science students are learning how to build the next generation of AI approaches that run responsibly, efficiently and ethically.
Eric Coughlin's groundbreaking research explores the feeding habits of super-massive black holes using a predictive model forecasting when a star will be shredded.
New research from scientists at Syracuse University and the University of Auckland highlights the connections between climate, tectonics and human evolution.
University chemists are testing a novel method of using sound waves to activate chemotherapy drugs precisely where they're needed while sparing healthy cells.
Yuming Jiang ’25 turns undergraduate math-based research into a published physics breakthrough that could transform how scientists predict drug-protein interactions.
The achievement by Zhao Qin and Reza Zafarani underscores the widespread impact and scholarly importance of their research across the global scientific community.
As a pioneer in neuro-symbolic AI, Paulo Shakarian conducts research that applies across national security, cybersecurity and critical decision-making systems.
Postdoctoral researcher Ileana Márquez studies the meiotic spindle, a tiny, machine-like organ made of protein fibers that has a crucial job—correctly sorting chromosomes inside a
