Scaling Relations
Empirical acceleration and mass–velocity relations across galaxies, groups, brightest cluster galaxies, and clusters.
Read the research ↗Astrophysics · Gravitation · Cosmology
Exploring darkmatter problemthrough scalingrelations
I study how galaxies and galaxy clusters reveal the distribution of matter—connecting empirical regularities, gravitational lensing, and dynamics to test our understanding of gravity and dark matter.
Research Scholar · Department of Physics · National Central University, Taiwan
Lensing & Time Delay
Using strong lensing and light-travel-time effects to probe mass distributions and relativistic gravity.
Read the research ↗Scaling relations
A baryonic Faber–Jackson relation across galaxy systems
A systematic comparison of galaxy groups, elliptical galaxies, and dwarf galaxies across a broad dynamical range.
Read the representative paper ↗Cluster dynamics
A distinct acceleration relation at cluster scales
Mass and acceleration measurements for brightest cluster galaxies and galaxy clusters, extending scaling-relation tests beyond individual galaxies.
Read the representative paper ↗Lensing & time delay
Connecting lensing, time delay, and gravity
Lensing and time-delay calculations that keep observable constraints distinct from the theoretical framework used to interpret them.
Read the representative paper ↗For students
Curious about galaxies, gravity, or the dark matter problem?
I welcome conversations with students interested in learning how observations, dynamics, and careful inference can be brought together. Explore suitable backgrounds and how to get in touch.
For students →Teaching / DYL
Designing Your Life at NCU
A one-credit service-learning course that helps first-year students use design thinking and small experiments to shape their university life.
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