The program was also designated the best online option for experiential learning opportunities, recognizing its innovative blend of online coursework, hands-on labs, active learning components, and research opportunities.

To explain the attomicroscope, Dr. Hassan breaks its inner workings down to what everyone knows best – their cellphones. Just as smartphones let us capture our life processes' secrets in high definition, his device captures electrons in motion.

Under the leadership of Dean Carmala “Carmie” Garzione, the College of Science has become a model of collaboration and innovation, fostering a culture where basic research is not only celebrated but actively translated into real-world impact.

Times Higher Education highlighted the university's strengths in research quality and physical sciences in its latest ranking of the world's top universities.

New analyses of the largest impact crater on the moon reveal unexpected insights into its tumultuous past. They also suggest that once astronauts return to the moon, they will have access to a veritable gold mine of scientific clues.

The grant funding will support Schaibley’s pioneering work to manipulate the behavior of electrons in nanoscale materials—research that could enable breakthroughs in quantum computing and advanced electronics.

Using pulses of ultrafast "squeezed" light, researchers have tracked quantum uncertainty in a process that could lead to faster, more secure communications and advanced quantum technology.

Biosphere 2 has developed into a test bed for understanding how life transforms landscapes, from local areas to whole planets.

Saleska was nominated as a fellow for fundamental discoveries in the global ecology of carbon cycling in climate-critical ecosystems; creative innovation in methods that enabled such discoveries; and exemplary leadership in promulgating AGU values through commitment to inclusive international mentorship and bringing science to public policy.