91–100 of 3910 posts
Looking back on a quarter century of keynote speakers for URochester’s annual event, which brings civil rights leaders, activists, poets, and icons to campus.
The Martin Luther King Jr. Commemorative Address has been a URochester tradition, bringing civil rights leaders, activists, poets, and icons to campus.
The latest funding provides critical upgrades to the Omega Laser Facility to advance research, science, and technology for fusion energy and national security.
The latest funding provides critical upgrades to the Omega Laser Facility, the nation’s largest university-based DOE laser facility.
As part of an ongoing series, we’re highlighting the contributions of URochester faculty.
As part of an ongoing series, we’re highlighting the contributions of URochester faculty.
The superhydrophobic design could lead to resilient ships, floating platforms, and renewable energy innovations.
The superhydrophobic design of unsinkable metal tubes could lead to resilient ships, floating platforms, and renewable energy innovations.
Named positions are part of a long-standing tradition to celebrate the work of URochester’s faculty as researchers, scholars, and teachers.
Named positions are part of a long-standing tradition to celebrate the work of URochester’s faculty as researchers, scholars, and teachers.
Sleep does more than restore energy—it activates the brain’s waste-clearing system, protecting long-term brain health.
URochester research shows that sleep activates the brain’s waste-clearing system, protecting long-term brain health.
The cutting-edge project aims to harness quantum light to unlock new chemical processes.
Led by URochester chemists, the cutting-edge project aims to harness quantum light to unlock new chemical processes.
Newly identified methods to harness the properties of tungsten carbide could yield viable substitutes for precious metals like platinum.
Newly identified methods to harness the properties of tungsten carbide could yield viable substitutes for precious metals like platinum.
The designation recognizes the University’s institutional commitment and excellence to community engagement.
The designation recognizes the University of Rochester’s institutional commitment and excellence to community engagement.
New research suggests that molten rock deep inside so-called super-earths may generate powerful magnetic fields necessary for sustaining life.
New research suggests that molten rock deep inside super-earths may generate powerful magnetic fields necessary for sustaining life.