I have a broad range of interests within the realm of experimental physics, influenced by the recent advancements in optoelectronics and material physics. My early exposure to formal research was in the area of Radiation Physics during my Master's project. Later, I got exposure to spectroscopy and material physics which fascinated me to take up my research in the field. In my PhD, I actively started working on Quantum Dots, Energy Materials, Raman spectroscopy, and structure-property correlations. As a Postdoc,I have continued my research on exploring the novel and intriguing physical phenomena that occour in materials of technological interests mainly Halide perovskites.

Research Overview

A central theme of my research so far is enfolded on structure-property correlations in the field of energy materials, with a focus on utilizing spectroscopic techniques to elucidate the functional properties. My work aims to address fundamental questions in materials physics by combining optical and vibrational techniques with structural and microstructural characterizations. Through my research, I seek to advance scientific understanding, develop novel materials and integrate in device architectures to realize innovative technologies by keeping in mind the environmental challenges.