The Light Taiwan research group, under the guidance of Prof. Chih Shan Tan, excels in integrating simulation tools with solvent-based semiconductor engineering processes to develop more efficient and functional optoelectronic devices. At the heart of our mission is exploring how cutting-edge semiconductor materials can enhance device functionality. Our methodology is distinguished by its reliance on calculation-driven studies and analyses aimed at pioneering device-specific techniques for semiconductor fabrication and predictive analysis. We use innovative methods to study compound semiconductors, quantum dots, and organic-inorganic hybrid materials. Our key areas of investigation include defect engineering in emerging materials at the nanoscale, charge carrier dynamics analysis in devices, and high-throughput computational screening for the discovery of new functional semiconductors. Furthermore, we incorporate machine learning with computational data to improve research outcomes. Our work is profoundly interdisciplinary, merging semiconductor physics and chemistry, and greatly benefits from collaborative endeavors with industry leaders and academic institutions.

-Nikola Tesla