As a first-generation scientist, my journey into research has been shaped by perseverance and self-motivation. Without family guidance in science, I have faced challenges and doubts, and while my academic record may not be perfect, my passion for discovery and curiosity remain strong.

The Hong Kong Laureate Forum represents an inspiring community where dedication and resilience are valued alongside achievement. The opportunity to engage directly with Nobel and Shaw laureates—learning from their experiences and insights—would be invaluable. I am especially drawn to the Forum’s interactive format, which fosters meaningful conversations beyond formal lectures.

I am also deeply committed to giving back. Having navigated science without many resources or mentors, I want to help others from similar backgrounds access opportunities in STEM. The Forum’s outreach programs resonate with this goal, and I hope to contribute by encouraging and supporting future first-generation scientists.

Finally, connecting with Hong Kong’s vibrant scientific community, bridging East and West, would broaden my perspective and enrich my work. If selected, I would approach this opportunity with humility, dedication, and a genuine desire to learn and contribute.

The University of Hong Kong

The University of Hong Kong

As a researcher focused on the novel treatment of senescence, I am particularly fascinated by the roles of SIRT6 and endothelial differentiation-inducing factor (EDI). My interest stems from understanding how SIRT6, a key regulator of cellular processes, influences cellular senescence, which is closely linked to aging and age-related diseases.

SIRT6’s involvement in DNA repair and inflammation regulation presents exciting possibilities for developing therapies that can counteract the detrimental effects of senescence. I am eager to explore how enhancing SIRT6 activity might mitigate the aging process and improve healthspan.

Additionally, my curiosity extends to the interaction between SIRT6 and EDI. EDI's role in cell differentiation has significant implications for understanding how we can manipulate cellular pathways to promote healthier aging. I believe that investigating the synergistic effects of SIRT6 activators and EDI could lead to groundbreaking therapeutic strategies.