AI for Life Sciences
Multi-omics, spatial biology, single-cell epigenomics, RNA design, and biological representation learning for scientific discovery.
I am a Principal Research Scientist at the Shanghai Academy of Artificial Intelligence for Science (SAIS), where I work on AI for life sciences and scientific discovery. My research focuses on multi-omics, biological representation learning, scientific foundation models, and AI systems that can support reliable discovery workflows.
Representative work includes FLAG for spatial gene expression prediction, ChromFound for single-cell chromatin accessibility modeling, and SOLD for structure-based RNA design. Before SAIS, I spent eight years at Ant and Alibaba Group building applied AI systems across computer vision, multimodal perception, and foundation models, with earlier research and engineering experience at Sony and Tractable in Europe.
Multi-omics, spatial biology, single-cell epigenomics, RNA design, and biological representation learning for scientific discovery.
Foundation models for heterogeneous scientific data, aligning molecular, omics, imaging, and structured biological signals into reusable representations.
Reasoning and tool-using AI systems that plan, call scientific tools, and support reliable discovery workflows.
AI-driven experimental platforms that connect hypothesis generation, experiment planning, robotic execution, measurement, and feedback.
* Equal contribution · ✉ Corresponding Author
Principal Research Scientist
SAIS
Senior R&D Engineer
Ant & Alibaba Group
MSc in Communication Systems
EPFL
BEng with Honors
Zhejiang University
I welcome collaborations in AI for life sciences, multimodal scientific foundation models, scientific agentic AI, and automated labs for closed-loop discovery, including multi-omics, spatial biology, RNA design, and tool-using AI systems.