I. Investigate halide perovskites and perovskite-inspired materials that combine electronic and ionic charge transport for adaptive and multifunctional device operation.
II. Employ small-perturbation opto-electrical spectroscopy to understand electronic-ionic coupling and charge transport dynamics.
I. Develop two-terminal and three-terminal memristive devices based on mixed electronic-ionic semiconductors.
II. Explore novel device architectures and operating principles for adaptive and brain-inspired electronics.
III. Enable energy-efficient neuromorphic and in-sensor computing through the integration of sensing, memory, and processing.
I. Exploit electronic, ionic, and optical properties to simultaneously harvest and store solar energy.
II. Develop sustainable energy solutions for autonomous electronics, intelligent sensors, and edge computing applications.
