The Action Research Collaborative, housed in the Bronfenbrenner Center for Translational Research, is partnering with a New York state agency to strengthen early childhood care and education across the state.
Artificial intelligence is everywhere, from the apps people use to the systems that shape hiring decisions and healthcare. But what happens when these tools don’t work equally well for everyone? That question drives the research of Allison Koenecke, a new assistant professor of information science at Cornell Tech.
Finance can bridge the gap between climate science and business decision-making – and communication, innovation and education are critical, according to a panel of experts convened by the Cornell SC Johnson College of Business and the Cornell Atkinson Center for Sustainability during Climate Week 2025.
Tianyi Chen is pushing the boundaries of artificial intelligence by asking a pressing question: What if AI could be engineered not just to optimize for a single outcome, but to make smarter, more balanced decisions — much like humans do?
Weill Cornell Medicine scientists have uncovered the first evidence that astrocyte receptors can trigger opposite effects on cognitive function in males and females. The findings point to astrocytes as contributors to sex-specific brain mechanisms.
Chemotherapy activates a stress sensor in immune cells, which may help explain why many cancer patients experience debilitating pain as a side effect, according to Weill Cornell Medicine and Wake Forest University researchers.
Weill Cornell Medicine investigators have identified an early step in a cellular process that leads to inflammation in fat cells and may result in Type 2 diabetes in people with obesity.
Now on view in Cornell Human Ecology's MVR 1250 Gallery, "Our People, Our Stories: Celebrating LGBTQ+ Chosen Family" honors the networks of care and belonging built by LGBTQ+ youth across New York State.
Hypertension impairs blood vessels, neurons and white matter in the brain well before the condition causes a measurable rise in blood pressure, according to a new preclinical study from Weill Cornell Medicine investigators.
A three-year, $4.5 million grant will support a three-pronged research project to map the brain circuits that contribute to mood shifts in bipolar disorder and help develop personalized therapies for the condition.