Initial insights into the concept of the metric
A concise note on seeing the metric as a generalization of the Pythagorean theorem at infinitesimal scales.
Academic Homepage
Physics Undergraduate, Wuhan University
Research Interests: Gravitational Waves, Compact Objects, and Multi-messenger Astronomy
From different perspectives, I am eager to explore the the knowns and unknowns of our universe.
My current work centers on several distinct areas: theoretical calculations on gravitational waves, data analysis on astrophysical signals, and the interpretation of multi-messenger observations.
Long-duration signals from compact objects like neutron stars, with a focus on magnetic obliquity dependence of continuous gravitational wave signals.
Data analysis and interpretation of X-ray polarization signals from Swift J1727.8–1613 collected by IXPE, as my bachelor's dissertation project.
Simple project discussing the roles of the four fundamental messengers in modern astrophysical research, as the final assignment for an exchange course at the University of Oxford.
A curated set of essays that best reflects how I think across physics, mathematics, and related ideas.
A concise note on seeing the metric as a generalization of the Pythagorean theorem at infinitesimal scales.
A stable snapshot of what I am working on now, updated as priorities evolve rather than as a news feed.
Hi! I’m Yuze Guo, currently a physics undergraduate student at the School of Physics and Technology, Wuhan University .
I expect to pursue my PhD in astrophysics at Peking University starting from fall 2026. My long-term interests lie in high-energy astrophysics, especially gravitational waves, cosmology, and multi-messenger astronomy.
Before university, I studied at The Affiliated High School of South China Normal University , where I joined the Physics Olympiad Group and began systematic astronomy training through HFAA.
A few quiet routines that keep me grounded outside formal work.
I still set aside clear evenings for casual sky-watching and simple observing logs.
Slow reading in history of science and biography often reshapes how I frame technical questions.
Campus walks, occasional trips, and a small camera help me notice details I would otherwise miss.
Email is the preferred channel for academic communication.