Nuclear Security and Nonproliferation is pivotal in safeguarding the peaceful use of nuclear energy by preventing the proliferation of nuclear weapons. This field navigates the complex balance between promoting nuclear energy for peaceful purposes and mitigating the risks of misuse, a challenge that evolves with global events.
A comprehensive approach is essential in nuclear nonproliferation, which spans multiple disciplines. Key areas of focus include radiation detection, nuclear fuel cycle analysis, measurement techniques for nuclear safeguards, computational modeling and simulation, and nuclear forensics. Nuclear forensics plays a crucial role in identifying and tracing nuclear materials, thereby strengthening efforts to prevent their illicit use. Researchers in this area collaborate to develop and measure signatures that serve as indicators of the origin or process history of nuclear or radioactive materials.
Faculty Members
