Calendar
- 1OctTHE ROOM @ SBU: A COLLABORATIVE ART DESIGN PROJECT THE ROOM @ SBU—a creative space where students, staff, and community can explore the “meaning” and “being” of communal life....
- 1OctTough and Sticky – Evolution of Stress Response and Adhesin Gene Family in Pathogenic YeastsDr. He will discuss his research on the evolution of stress response gene regulatory networks and adhesin gene families in pathogenic yeast ...
- 2OctTHE ROOM @ SBU: A COLLABORATIVE ART DESIGN PROJECT THE ROOM @ SBU—a creative space where students, staff, and community can explore the “meaning” and “being” of communal life....
- 3OctTHE ROOM @ SBU: A COLLABORATIVE ART DESIGN PROJECT THE ROOM @ SBU—a creative space where students, staff, and community can explore the “meaning” and “being” of communal life....
News & Announcements
Research Spotlight
Department of Physics Reseachers Celebrate 10th Anniversary of Direct Detection of Gravitational Waves
Will Farr, associate professor in the College of Arts and Sciences Department of Physics and Astronomy, and graduate student Nicole Khusid have been part of a worldwide team of researchers who have used the loudest black hole merger detected to date to help identify how black holes work, confirming theoretical predictions about black hole spacetimes.
This revelation comes 10 years after scientists first detected ripples in the fabric of spacetime, called gravitational waves, from the collision of two black holes. This latest discovery was the result of improved technology, instruments and techniques over the past decade and confirms theories predicted by Albert Einstein, Stephen Hawking and Roy Kerr.