Public Engagement
FRIB is the world’s most advanced nuclear physics user facility and home to the most powerful rare isotope accelerator in the world. Learn more about the important science taking place at FRIB.
Particle accelerators are the backbone of nuclear physics research. These powerful machines smash atoms together, allowing researchers to study the aftermath.
In contrast to the discovery of a new element, the first observation of a new isotope is not as well defined.
The rare isotopes produced only at FRIB offer many potential benefits to society. But what exactly is an isotope? MSU scientist Kurt Zinn and FRIB scientist Artemis Spyrou explain.
The work at FRIB focuses on four main themes: nuclear structure, nuclear astrophysics, fundamental symmetries, and the societal applications of nuclear science. The FRIB logo, with four overlapping circles, represents these themes.
Foundational questions about nuclear structure lie at the crossroads of a multitude of significant and exciting scientific challenges.
Today’s astronomical discoveries are driving the frontiers of nuclear physics.
Physicists study fundamental symmetries for two primary reasons: to understand the nature of the most elementary pieces of matter and to determine how they fit together and interact.
Nuclear science research has led to significant advancements in energy, materials, medicine, national security, and more.
FRIB is an inspiring workplace that offers a range of careers paths in research, engineering, project management, finance, and more, all within a safe and supportive environment.
For more information or to schedule a tour of FRIB, please contact the FRIB Outreach Coordinator.
