As a physics undergraduate student with a deep fascination for mathematical and physical sciences and who is still exploring the vast landscape, I am incredibly eager to be involved in the 2nd Hong Kong Laureate Forum.

I am particularly drawn to the collaborative and cross-cultural aspects of the forum. The chance to exchange ideas with fellow researchers and learn about frontier science is incredibly exciting. The forum will expose me to the absolute cutting-edge, not just from textbooks, but directly from the scientists creating it. This will definitely fuel my passion and provide a clearer picture of potential research areas that truly excite me. The forums's interdisciplinary nature could also expose me to new areas within math, and physics or even connect my interests with other fields. I believe I will discover interactions I hadn't considered before which could shape my future studies and research path far beyond what the current curriculum allows.

By absorbing knowledge and inspiration from such an invaluable chance of connection and participation, I will grow into a more skilled, innovative, and productive researcher in the future, to change the world for the better.

As an undergraduate researcher, I am currently investigating a specific type of non-stationary and stochastic noises (1/f noises) theoretically. My aim is to develop a fundamental understanding of its origins and explore whether its unique characteristics can be leveraged to improve quantum sensing technologies. This enhanced quantum sensing would pave the way for improved scientific inquiry through more precise measurements. Such a research is very closely connected to math foundations, especially concepts like self-similarity, where structures can manifest themselves at different scales; self-organized criticality, the ability of system to organize itself in a critical state; and the vast field of understanding stochastic processes using probability and statistical methods to understand random events. Beyond my specific investigation, I'm broadly fascinated by the interplay between concise physical principles and such complex, math structures to shape our physical world.