Join a team that's at the forefront of interfacial science, conducting pioneering research on the behavior of critical elements at mineral-water interfaces using advanced synchrotron techniques and laboratory-based analyses.

Shape the future of nanoscale research by leading groundbreaking studies using advanced synchrotron X-ray microscopy. Contribute to an innovative research program and provide technical leadership for user operations at a premier international facility.

Contribute to innovative instrumentation development for X-ray fluorescence tomography. Collaborate with a multidisciplinary team to enhance bioimaging capabilities and advance 3D data modeling in various scientific fields.

Advance your career by conducting innovative research on high-density cathode materials for energy storage systems. Utilize advanced synthesis and characterization techniques to drive progress in next-gen electrochemical technologies and enhance performance.

Drive the growth of a multi-million-dollar energy storage R&D program, bridging the gap between battery technology and data center needs, while building strategic partnerships and influencing funding opportunities.