Join a dynamic team advancing nuclear nonproliferation through innovative research. This two-year fellowship offers early-career scientists the chance to develop leadership skills and collaborate across the DOE national laboratory system.

Drive innovation in theoretical and computational methods for X-ray interactions with materials. Collaborate with interdisciplinary teams to translate complex theories into simulations, enhancing experimental understanding and advancing scientific research.

Unlock potential by leading the design and implementation of safety systems for advanced accelerator facilities. Collaborate with engineers and scientists to ensure compliance and innovate solutions for cutting-edge projects in a dynamic environment.

Join a team that's advancing high-power laser systems, providing operational support and technical leadership. Contribute to innovative projects, troubleshoot complex subsystems, and ensure optimal performance for cutting-edge experiments.

Support high-power laser systems by providing operational maintenance and development. Collaborate on projects to enhance laser performance and troubleshoot complex subsystems, ensuring maximum availability for cutting-edge experiments.