The Functional Hybrid Materials Research Group (FHMRG) develops functional hybrid semiconductors by using interfaces, confinement, and mesoscale order as primary design variables. We combine materials synthesis, device engineering, and spectroscopy-led diagnostics to link excited-state and charge-transport dynamics directly to local chemistry, structure, and morphology. This integrated workflow enables us to establish actionable design rules and translate mechanistic insight into scalable processes/devices/applications. 

Three connected themes: (i) next-generation photovoltaics (organic and perovskite solar cells), (ii) light-emitting systems governed by energy transfer and defect management, and (iii) X-ray detection materials where energy deposition and charge collection determine sensitivity, speed, and stability. 

At FHMRG, the “hybrid” in our name refers not only to the functional materials we design, but also to the way we work - by deliberately mixing perspectives, skills, and experiences to strengthen our science. We cultivate a collegial, respectful, and collaborative environment where members can speak candidly, challenge ideas constructively, and take ownership of their contributions. We are committed to equitable mentoring, access to opportunities, and fair recognition, and we welcome researchers from all backgrounds and identities.

To keep these principles active in day-to-day practice, we hold regular, structured group conversations to surface barriers (systemic or local), agree on concrete improvements, and maintain a culture of professionalism, psychological safety, and shared accountability.