Biopolymer based on deoxyribonucleic acid (DNA) has shown promise for building advanced optoelectronic devices with enhanced efficiency. Our approaches to use the unique features of DNA helix molecules along with several distinguished electrical/optical properties of DNA biopolymer explore new routes towards the developments of more economic and green photonic devices.

Our research focuses on exploring the interaction between light and nanostructures, aiming to gain a deeper understanding of various optical properties and physical mechanisms involved. By investigating how light behaves at these small scales, the research seeks to uncover fundamental insights into light-matter interactions. These findings are applied to the development of photonic devices, advancing technologies in varies fields.