黃宇廷 Yu-Tin Huang

研究古典與量子重力 提出黑洞與高自旋粒子的對偶關係

It’ s been a rewarding journey to explore the constraints on our physical observables that various principles impose, which often times elucidate corners where new principles may reside. This has proved a reliable avenue to introduce new understanding for established results, and reveal novel properties and hidden structures. Examples of the former, include anomalies in quantum field theory interpreted as the tension between unitarity and locality for the probability amplitude of quantum scattering process, as well as spinning particle like description for the gravitational multiple moments of a rotating black hole. By constraining gravitational quantum scattering amplitude through unitarity and causality, we can now carve out the space of consistent quantum gravity theories. Furthermore, by studying the observables closely, we’ ve the realized the hidden entanglement properties of binary spinning black holes, and a positive geometry emerging fromthes cattering amplitudes of three-dimensional quantum field theories. The observable itself has much to say, and it is always outside of the box.

得獎感言

I would like to express my gratitude to all of my collaborators, without whom these results are impossible. Research is a journey that not only explores the world, but also an opportunity to learn about oneself. For this I would especially like to thank my students, whose patience, persistence and curiosity was instrumental in my work, and from whom I’ ve learned the most. Finally, I’d like to thank the people of Taiwan, for their willingness to support and fund this endeavor.