Biomedical Research & Innovation Center News and Resources

In nuclear physics, scientists routinely use scintillating material to help identify the particles produced in experiments. When more radiation impacts the material, it will emit a bigger signal, while less radiation elicits a smaller one. The Department of Energy has invested in developing such materials. Now, novel scintillating fibers are in an award-winning medical system. The system allows for active radiation monitoring when irradiating hard-to-reach cancers. The system can monitor areas in the body accessed with a thin catheter.

Jefferson Lab's Cynthia Keppel will receive $1 million for research as a newly appointed US Department of Energy Office of Science Distinguished Scientist Fellow

In nuclear physics, scientists routinely use scintillating material to help identify the particles produced in experiments. When more radiation impacts the material, it will emit a bigger signal, while less radiation elicits a smaller one. The Department of Energy has invested in developing such materials. Now, novel scintillating fibers are in an award-winning medical system. The system allows for active radiation monitoring when irradiating hard-to-reach cancers. The system can monitor areas in the body accessed with a thin catheter.

Jefferson Lab's Cynthia Keppel will receive $1 million for research as a newly appointed US Department of Energy Office of Science Distinguished Scientist Fellow