Capabilities
Research Areas & Capabilities
FRIB's world-class rare-isotope acceleration framework underpins the facility's status as the most powerful heavy-ion accelerator.
In establishing and operating FRIB, the FRIB team developed specialized technical and engineering capabilities were developed that seamlessly transfer to other industries and applications, driving national leadership in science, energy, and accelerator technology.
Technical impact and applications
Utilizing advanced in-house design, fabrication, and precision processing, FRIB has successfully deployed hundreds of high-performance components and modules, achieving state-of-the-art performance for heavy-ion accelerators while supporting major national initiatives. These capabilities extend far beyond basic research, enabling transformative breakthroughs in medicine, national security, and industrial applications through robust technical production, precision beam delivery, and broad technology transfer opportunities across the scientific complex.
Workforce integration
As a university-based user facility, FRIB provides students and early-career engineers with hands-on training alongside world-leading experts, cultivating a highly skilled workforce equipped to lead future advancements in accelerator science and engineering.
FRIB's SRF technology is world-class and has been used to establish FRIB as the world's most powerful heavy-ion accelerator.
To meet its need for liquid helium to operate the SRF linear accelerator, FRIB built and operates its own helium cryogenic plant—the most reliable and energy-efficient in the nation.
FRIB’s single event effects (SEE) facilities use high-energy, penetrating heavy-ion beams to simulate the effects of cosmic radiation on electronics, replicating decades of exposure in just minutes.
FRIB's isotope harvesting infrastructure enables the production of high-purity radionuclides for a wide range of research applications, including nuclear physics, astrophysics, materials science, biology, and nuclear medicine.
