Before Chicago, I received my B.Sc. in Mathematics from the University of Liverpool with
First Class Honours, ranked top 1% in my major.
Outside of research, I’m into powerlifting 🏋️ and road trips 🚗.
A studentized sensitivity analysis for Neyman’s weak null in matched observational studies.
Details
Anchors the within-set assignment law at fitted propensity odds rather than the uniform law.
The resulting Horvitz–Thompson lower envelope is mean-controlled and pointwise sharp, with asymptotically valid studentized tests; it extends in closed form to full matching and is applied to a right heart catheterization study.
Machine learning for science
Scientific world models & LLM agents
Mar 2026 – present
Zhuang Lab, Department of Computer Science, Princeton University
A scientific world model that predicts the outcomes of candidate research actions (research state + action → predicted outcome) to guide autonomous experiment planning with agents and vision-language models.
Details
Mechanism-aware predictors and a test-time selective-adaptation router for out-of-distribution generalization across unseen action families.
Reduced planner regret by ~80% in held-out replay evaluations.
An audio-visual test-time adaptation framework for severe distribution shift that gates each modality with a binary accept/reject decision rather than softmax-style weighting.
Details
Learned attention maps with entropy-adaptive token dropout, curriculum annealing and class-specific thresholds reduce overfitting to noisy pseudo-labels.
Publications & Preprints
Stronger Artificial Intelligence Breakthroughs Hasten Their Own Exhaustion
ScienceSubmitted
Beichen Lu, Honglin Bao, Qi Huang, Qingguo Meng, James A. Evans
Science
QEGF: A Quantum-Inspired Geometric and Energy-Based Fusion Framework for Multimodal Sentiment Analysis