FSU Physicist Earns NSF CAREER Award for Quantum Materials Research | Cyber-Physical Systems Virtual Organization

A Florida State University physicist has received a prestigious National Science Foundation CAREER Award to advance theoretical research in condensed matter physics, with a focus on uncovering new electronic behaviors in quantum materials.

Cyprian Lewandowski, assistant professor of physics at FSU, earned the 2026 Faculty Early Career Development Award for his work on emergent electronic phenomena in condensed matter systems. These phenomena arise when interactions between particles produce unexpected states, such as new forms of superconductivity or insulating behavior. The CAREER Award provides five years of funding to support research, student training, and educational initiatives.

Lewandowski’s research centers on moiré materials, which are composed of stacked atomically thin layers that form repeating patterns when slightly misaligned. These structures create conditions in which electrons move slowly and interact strongly, leading to surprising physical effects with potential applications in quantum computing, advanced sensing, and energy technologies.

Rather than focusing solely on strong electron interactions, Lewandowski’s project explores additional features of moiré systems, including multilayer structure and pattern geometry. By examining these properties, he aims to uncover broader design principles that can be applied to other quantum materials that may be more scalable for industrial use.

The research includes three main components. One investigates plasmons, which are collective electron oscillations that could enable faster electronics and new communication technologies. Another examines light matter interactions to inform improved solar cell design. A third explores the origins of superconductivity in multilayer moiré systems, a key open question in condensed matter physics.

In addition to research, the CAREER Award supports educational outreach. Lewandowski plans to develop at home experiments that introduce condensed matter concepts and to host events at the National High Magnetic Field Laboratory to encourage undergraduate interest in the field. His education plan also includes resources aimed at improving inclusion and visibility for individuals who stutter in academic environments.

Lewandowski is affiliated with the National High Magnetic Field Laboratory and the FSU Initiative in Quantum Science and Engineering. He currently advises doctoral students and postdoctoral researchers while remaining active in mentoring and student organizations.