The Center for Quantum Conversion Research aims to develop innovative methodologies for quantitatively measuring and controlling the interactions between quantum states, to understand the fundamental principles underlying energy and matter conversion, and to create innovative functions and properties manifested by the phenomenon of quantum conversion of matter.

- Studying the dynamics of quantum states: creating single photons, developing highly sensitive quantum sensors, and converting spin-to-photon quantum information
- Energy conversion in nanomaterials: Understanding the principle of creating quantum functions through mutual energy conversion of light, heat, electricity, etc.
- Research on chemical conversion at molecular interfaces: microscopic understanding of catalytic reactions and catalyst design strategies based on single-molecule spectroscopy techniques