Polarization tailored optical response of nano-micro-textured surfaces over THz-IR-Visible spectral ranges

This thesis investigates how nano or macro structures on surfaces can be used to control light in precise ways across different wavelengths, including infrared and visible light. By developing new techniques to manipulate light with these structures, the research enhances our understanding of optical materials. This knowledge can lead to advances in technologies such as improved sensors, imaging systems, and communication devices. The potential benefits to society include more efficient and effective optical devices, which can be used in healthcare, environmental monitoring, and information technology.