2026
Measuring Epistemic Resilience of LLMs Under Misleading Medical Context
arXiv, 2026
Tests whether medical language models preserve sound judgment after exposure to targeted misleading evidence.
DPhil candidate in Engineering Science
University of Oxford
My research focuses on AI scientist systems for medicine and biomedical research.
I develop language-model agents that work with biomedical literature, tools, and evidence, and study how to evaluate their capabilities and failure modes reproducibly. I am especially interested in making these systems capable, reliable, and scientifically useful.
I am a Clarendon Scholar working with Professor David A. Clifton in Oxford's Computational Health Informatics group.

I study how AI agents can support biomedical discovery to help people live longer, healthier lives while remaining evidence-grounded and safe.
AI agents that use literature, data, and scientific tools to support scientific discovery in biomedicine.
Open environments and benchmarks for measuring end-to-end research capability with real-world signals, identifying failure modes, and making agents more capable, reliable, and safe.
Methods and evaluations for evidence-grounded reasoning, especially when information is incomplete, conflicting, or misleading in the real world.
2026
arXiv, 2026
Tests whether medical language models preserve sound judgment after exposure to targeted misleading evidence.
2026
arXiv, 2026
Provides a modular environment for building and evaluating deep-research agents across biomedical tasks and tools.
2026
Proceedings of the Second AAAI Bridge Program on AI for Medicine and Healthcare, PMLR 317:117–126, 2026
A multi-objective reinforcement-learning method for accurate, faithful, and comprehensive clinical reasoning.
2026
Nature Biomedical Engineering 10, 870–881, 2026
Introduces DrugGPT, a knowledge-grounded collaborative model for evidence-based drug analysis.
2025
Nature Reviews Bioengineering 3, 445–464, 2025
Reviews medical language models, their applications and evaluation, and the barriers to dependable clinical use.
2024
EMNLP, 2024
Shows the gap between medical question answering performance and dependable clinical decision-making.
* Equal contribution
I was born in Cixi, China, and moved to Oakville, Canada, at an early age. Outside research, I enjoy making music; some of my work is available on NetEase Cloud Music.