Through a framing of North, Central and South America as interconnected regions, “Radiant Geometries: Vectors of Knowledge from the Indigenous America...
Rice researchers have developed a high-throughput method to measure the quality of diamond and other wide-bandgap semiconductor materials, providing r...
The Brain Health for Economic Resilience Commission, convened in collaboration with Nature Medicine, was announced at the Texas Brain Economy Summit J...
A new study by researchers at Rice and Baylor reveals that the brain maintains a geometric neural “map” for meaning that allows multilingual speakers ...
As millions of fans watch the FIFA World Cup 2026 across North America, a team of Rice alumni is helping ensure the tournament runs smoothly behind th...
Rice Business today announced the launch of a new Early Career Track within its MBA@Rice Online MBA program. The new track gives high-potential profes...
Four Rice graduates have been awarded Fulbright scholarships through the Fulbright U.S. Student Program, earning opportunities to conduct research, pu...
Caring for a spouse with dementia is one of life’s most demanding responsibilities. While the emotional toll is well documented, the physical effects ...
A comprehensive international review published in the peer-reviewed journal Small Group Research ranked Rice faculty members Eduardo Salas and Daan va...
A paper by Rice physicist Edison Liang and colleagues titled “A scintillator attenuation spectrometer for intense gamma-rays” is featured on the cover of the June 2022 issue of Review of Scientific Instruments.
Bioengineers used deactivated Cas9 fusion proteins to synthetically control gene expression and reveal new details about natural processes in human cells.
Small-town Texas might not be the first place you’d think of as a destination for a musical premiere from some of the country’s top composition students, but that’s exactly what took place at “Full Circle — A Musical Museum Experience,” held in May in Canadian, Texas, thanks to a Rice University Shepherd School student and some of his classmates.
Carbon nanotubes’ natural fluorescence enables a method to detect high strain concentrations, which can lead to damage that threatens the integrity of critical infrastructure like aircraft, buildings, pipelines, bridges and ships.