Summary
Leif Lui is a PhD researcher in theoretical and computational physics specializing in black holes and gravitational-wave modeling, currently based at Peking University and a core member of the LISA Consortium’s Astrophysics & Waveform Working Group. He combines black-hole perturbation theory, numerical geodesic ray-tracing, and machine learning to build astrophysically realistic waveform templates for IMRIs/EMRIs and transients like quasi-periodic eruptions and tidal disruption events. His work explicitly incorporates environmental effects—accretion, gas dynamics, dark-matter spikes, and orbital resonances—to ensure future space-based detectors such as LISA and TianQin can extract richer astrophysical information. He has prior research experience with LIGO and CERN, applying data-driven methods to tests of general relativity and the Standard Model. Funded by the Hong Kong Jockey Club, Leif bridges deep theoretical formalisms and practical pipeline-ready models, accelerating intensive computations with ML-augmented toolchains like FEW and custom C++ codes. He is driven by the goal of turning subtle environmental signatures into observable templates that expand what gravitational-wave astronomy can reveal about black-hole neighborhoods.
9 years of coding experience
4 years of employment as a software developer
Doctor of Philosophy - PhD, Theoretical and Mathematical Physics, Doctor of Philosophy - PhD, Theoretical and Mathematical Physics at Peking University
The University of Hong Kong (HKU)
California Institute of Technology
The Chinese University of Hong Kong (CUHK)
English, Chinese, Chinese