Physics

UMBC’s Sebastian Deffner receives FQXi support for pioneering work to define laws of the universe

On the heels of a pioneering paper earlier this year, Deffner is off and running to help generate “a better, more concise understanding of the universe,” he says. He recognizes, however, that the journey will be a marathon, not a sprint. While it may take decades to complete this work, Deffner says, “Sometimes you have to take a risk and follow the dream.” Continue Reading UMBC’s Sebastian Deffner receives FQXi support for pioneering work to define laws of the universe

UMBC physicist Can Ataca developing quicker, cheaper way to create novel, one-atom-thick materials

“We can predict a material’s properties before experimentalists can even synthesize it,” says Can Ataca. The new methods his lab is developing will make those predictions many times more accurate, supporting other scientists in their efforts to develop materials for applications from solar cells to gas masks. Continue Reading UMBC physicist Can Ataca developing quicker, cheaper way to create novel, one-atom-thick materials

New UMBC initiative celebrates exceptional faculty dedication to teaching and scholarship

UMBC’s Office of the Provost has launched a university-wide initiative to celebrate faculty who go above and beyond as educators, scholars, and leaders on campus and in their fields. This initiative strives to highlight tenure-track junior faculty, lecturers, and adjunct, research, and clinical faculty whose work is essential to UMBC’s success. Continue Reading New UMBC initiative celebrates exceptional faculty dedication to teaching and scholarship

UMBC’s Eileen Meyer explains how big data is changing astronomy research

Recent research discovered thousands of black holes near the center of the Milky Way “by digging through old, long-archived data,” writes Eileen Meyer. “Astronomers are gathering an exponentially greater amount of data every day—so much that it will take years to uncover all the hidden signals buried in the archives.” Continue Reading UMBC’s Eileen Meyer explains how big data is changing astronomy research

UMBC physicist Sebastian Deffner lays groundwork to better understand birth of the universe

Sebastian Deffner and co-author Anthony Bartolotta are extending thermodynamics, a fundamental pillar of physics, into uncharted territory by developing a way to describe microscopic systems with extremely high energy—just like the universe at the start of the Big Bang—for the first time. “There’s a lot we have to do next,” says Deffner. Continue Reading UMBC physicist Sebastian Deffner lays groundwork to better understand birth of the universe

Scroll to Top