Photo-Iontronics
Research Interests
Exploring π-powered devices: where light, ions, and electrons meet
Mixed Electronic-Ionic Semiconductors
- Investigate halide perovskites and perovskite-inspired materials that combine electronic and ionic charge transport for adaptive and multifunctional device operation.
- Employ small-perturbation opto-electrical spectroscopy to understand electronic-ionic coupling and charge transport dynamics.
Brain-Inspired Electronics
- Develop two-terminal and three-terminal memristive devices based on mixed electronic-ionic semiconductors.
- Explore novel device architectures and operating principles for adaptive and brain-inspired electronics.
- Enable energy-efficient neuromorphic and in-sensor computing through the integration of sensing, memory, and processing.
Bifunctional Energy Devices
- Exploit electronic, ionic, and optical properties to simultaneously harvest and store solar energy.
- Develop sustainable energy solutions for autonomous electronics, intelligent sensors, and edge computing applications.
