Black Hole Collisions with Thin Accretion Disks: OJ 287 and Small Mass Ratio Supermassive Black Hole Binary Candidates
The first ever global simulation of OJ-287 where a companion black hole collides with the disk of the central black hole.
PhD Physics
2013-9
2019-9
Columbia University
MS Theoretical Physics
2012-9
2013-6
Perimeter Institute
BS Physics and Mathematics
2008-9
2012-6
University of Hong Kong
I am a theoretical physicist, eager to learn about the laws of nature.
I apply various quantitative methods to comprehensively investigate how the fundamental physics laws that governs the motion of subatomic particles can shape our universe.
I write code to reproduce the cosmos on huge computer clusters —- a world model not driven by data, but from physics.
I am curious to learn and explore the world beyond my main research area. How to build world model from physics for AI? How patterns merge in complex systems.
Please feel free if you would like to chat and collaborate 😃
The first ever global simulation of OJ-287 where a companion black hole collides with the disk of the central black hole.
How waves interact in the magnetar magnetosphere?
A new theory of Fast Radio Burst.
A new channel of fast magnetic energy dissipation.
Discover how to create stunning, interactive presentations using simple Markdown — no PowerPoint, Keynote, or vendor lock-in required.
Publish your data science and research directly from Jupyter Notebooks. No screenshots required.
Take full control of your personal brand and privacy by migrating away from the big tech platforms!
Create a personal knowledge base and share your knowledge with your peers.
Use popular tools such as HuggingFace, Plotly, Mermaid, and data frames.
Embed videos, podcasts, code, LaTeX math, and even test students!
Easily manage your projects - create ideation mind maps, Gantt charts, todo lists, and more!