Significant scientific discoveries at FRIB

For the first time, FRIB can generate most of the same rare isotopes that are created in the cosmos, which then decay into the elements found on Earth. This capability enhances our understanding of where these elements come from. These isotopes are critical for developing predictive models of atomic nuclei and their interactions.

The research conducted at FRIB has the potential for many societal benefits. The scientific users who work at FRIB can deepen our knowledge of how atomic nuclei may be used to diagnose and treat diseases. Improved nuclear models and precision data optimize next-generation nuclear reactors and evaluate methods for eliminating nuclear waste. By probing advanced materials, researchers can study processes at the nano- and micro-scale, gaining insights into how materials respond to radiation and other forces. Modeling atomic nuclei and their interactions can also help lead to breakthroughs in energy, security, medicine, and the environment.

Scientific users from around the world use FRIB to explore the following opportunities in science:

• Experimental nuclear physics
• Experimental nuclear chemistry
• Accelerator science and engineering
• Computational science for accelerators

The work completed at FRIB focuses on four main themes:

• Nuclear structure and reactions
• Nuclear astrophysics
• Fundamental symmetry
• Benefits of nuclear science to the nation and humankind