Executive Summary : | The proposal aims to study quantum materials using the Resonant Inelastic X-ray scattering (RIXs) technique, which is known for its unique electronic properties. The primary focus is to investigate the electronic structure of quantum materials, identifying critical features and correlations contributing to their emergence. The study also aims to understand the metal-insulator transition in quantum materials, a phase change where a material changes its electrical conductivity. RIXs will be used to closely examine the changes in electronic structure and energy spectra associated with this transition. The research also aims to investigate charge density waves in quantum materials, accurately characterizing the spatial periodicity and electron-lattice interactions associated with charge density waves. The proposal will establish a strong collaboration with the National synchrotron Radiation Research Center (NsRRC) in Taiwan, which will provide advanced experimental setups, data analysis tools, and valuable scientific knowledge. This collaboration will enable more comprehensive and impactful research, pushing the boundaries of our understanding of quantum materials. The proposal anticipates making groundbreaking discoveries in quantum materials research, uncovering new insights into quantum material's unique electronic properties and behaviors. It also has the potential to foster fruitful interdisciplinary collaborations, facilitating the exchange of knowledge and ideas, accelerating innovation in quantum materials research. This proposal can contribute to developing new technologies and applications based on quantum materials, propelling progress in various fields and opening up exciting avenues for future research. |