About me
Driven by an insatiable curiosity for the cosmos, I am a Ph.D. candidate at the University of Arizona, working under the mentorship of Professor Ewan Douglas. My research is a deep dive into the enigmatic realm of exoplanets, focusing on pioneering direct imaging techniques to unveil distant worlds and unravel the mysteries of exozodiacal dust that often obscures them.
My academic voyage has been a confluence of diverse disciplines, culminating in a Master's in Physics (Astrophysics concentration) from The University of New Mexico, and distinctive double Bachelor's degrees in Electrical Engineering and Physics, complemented by a minor in Mathematics, from National Taiwan University. This unique academic tapestry has woven a strong foundation in rigorous scientific inquiry, computational prowess, and innovative problem-solving.
I thrive on the frontier of discovery, translating complex data into celestial narratives. My contributions to esteemed scientific journals and presentations at significant symposia, such as the Emerging Researchers in Exoplanet Science Symposium and the SPIE Optics + Photonics, reflect my commitment to not only uncovering new knowledge but also to sharing these insights with the broader scientific community.
My ultimate aspiration is to contribute to a future where the unknown becomes known, and the vastness of space feels a little closer to home.
What i'm interest in
-
Exoplanets
Including formation, evolution, and detection via direct imaging
-
Exozodi Study
Studying the exozodi effect on direct imaging
-
Debris Disks
Modeling the debris disks from SED data
-
Planet Formation
Investigating the planet formation around M dwarfs
-
Neutrino Physics
Studying the collision-induced instability phenomena in dense neutrino scenarios
-
Space telescope
Design and build space telescopes
