JP's Lab

Welcome

I am a passionate scientist dedicated to the exploration of solid-state materials, currently working in a laboratory that focuses on fundamental research in this field. My primary research areas include first-principles investigations, with a specific emphasis on catalysis in two-dimensional materials and surface-related phenomena. In my research endeavors, I integrate cutting-edge technologies such as quantum computing and machine learning to enhance the capabilities of first-principles computational simulations. This integration not only advances our understanding of the behavior of solid-state materials but also broadens the applications of first-principles calculations. This interdisciplinary approach allows us to delve deeper into the properties of materials and explore their potential applications, making our research forward-thinking. 

I believe that the combination of advanced computational methods with laboratory experiments enables us to make meaningful contributions to the field of materials science. My research goal is to achieve novel breakthroughs in solid-state materials, driving continuous advancements in this field and providing a robust foundation for future scientific research and technological applications. I look forward to collaborating with like-minded researchers to explore the intricacies of solid-state materials, contributing tirelessly to the progress of science and innovation.