Entry Information
Cheuk Kwan Kan
Ms
Female

07/05/2001
Hong Kong
Hong Kong Identity Card
78793
Chinese
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+85293360392
K1, Arkadia, 800 Shun Fung Wai, Tuen Mun
Hong Kong
Hong Kong
Astronomy
N/A
As an astrophysics research student, the Forum is a valuable opportunity to interact with leading experts and fellows in the field, allowing me to learn from them, share ideas and foster connections with them, which are essential for my academic and professional development.
I believe the Forum would significantly enhance my knowledge and research skills. I'm eager to expand my knowledge through interactions with renowned researchers. For example, I’m excited about discussing the concepts and applications of MRI, a key concept in black hole accretion, with Prof. Steven Balbus. The Forum could also keep me informed about the latest advancements in astronomy and astrophysics. Additionally, discussions with different researchers could expose me to novel methodologies and different perspectives when conducting my research.
Beyond academic growth, I seek to develop connections with other passionate researchers. The Forum provides me with chances to meet and interact with researchers with different backgrounds, interests and abilities. We can exchange knowledge and potentially open avenues for future research collaborations
Postgraduate (PhD)
Astrophysics
The University of Hong Kong
Hong Kong

First Academic or Research Referee *
Prof. Lixin Dai
The University of Hong Kong
Associate Professor
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Second Academic or Research Referee
Hong Kong PhD Fellowship Scheme (HKPFS) 2024-25
Hong Kong Research Grants Council
My primary research interest lies in the study of BH accretion and emission mechanisms of TDEs.
With the help of GRRMHD simulations, I explore the behavior of MAD super-Eddington accretion around stellar-mass black holes, which possibly provide insight into ULX. Currently, I focus on the jets, aiming to understand how factors such as spin, magnetic flux and accretion rate influence the jet power.
Additionally, I study the emission from TDEs. I run radiative transfer simulations to reproduce the spectra of TDEs. Besides, I am particularly interested in the rare species which exhibits hard X-ray (e.g. AT2021ehb). I analyze observational data from missions like Swift, NICER and EP to probe the physics underlying their observational features.
Ultimately, I aim to bridge theoretical models with observational evidence, enhancing our comprehension of BH-related astrophysical processes and their role in the universe.
No
N/A
Professor
