1. To gain insights and perspectives from leading scientists in various fields.
2. To engage in intellectual discussions and seminars with renowned experts.
3. To network with 200 young scientists from around the world and build connections.
4. To learn about the latest scientific developments and projects.
5. To participate in workshops and poster sessions to enhance knowledge and skills.
6. To explore cross-cultural exchanges and social activities with a diverse group of attendees.
7. To be inspired by the experiences and aspirations shared by Shaw Laureates and distinguished scientists.
8. To contribute to the global scientific community and foster collaboration opportunities.
9. To broaden horizons and expand understanding of different scientific disciplines.
10. To seek mentorship and guidance from established professionals in the field.

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When a star comes close to a massive black hole, it can be torn apart by tidal forces, resulting in a tidal disruption event (TDE). Numerous TDE candidates have been identified so far, some of which display recurring bursts with intervals spanning from months to years. My recent research endeavors aim to delve into the origins and observational characteristics of recurrent TDEs, concentrating on the dynamics and observational aspects of repetitive tidal stripping. I utilize hydrodynamic simulations to examine changes in stellar structures and orbital trajectories, uncovering the properties of light curves and gravitational wave signals. Additionally, in order to elucidate the recurring bursts via the precession effect of the TDE disk, I develop a precise precession disk model to forecast the multiwavelength light curve. This undertaking not only offers a fresh perspective for confirming general relativity but also paves the way for investigating the physics of super-Eddington accretion and other cutting-edge topics in astronomy.