AI & interpretability researcher · Staff Research Scientist at Voyage AI, training large embedding models
Previously ~4 years at Microsoft Research (Deep Learning group) · PhD in AI at UC Berkeley with Bin Yu
🔍 interpretability · 💊 clinical decision rules · 🧠 semantic brain mapping · 🤖 LLMs
- imodels
Interpretable, accurate, sklearn-compatible predictive modeling, built on decision trees and simple things that work
JOSS 2021FIGS·PNAS 2022HSTree·ICML 2022 - imodelsX
Interpretability for text and LLMs
Aug‑imodels·Nat. Comms 2023Tree‑Prompt·EMNLP 2023iPrompt·ICLR wkshp 2023SASC·NeurIPS wkshp 2023QA‑Embs·NeurIPS 2024 - agentic-imodels
Evolving agent-facing interpretability tools via autoresearch
NeurIPS 2026 - adaptive-wavelets
Replace neural nets with adaptive, interpretable wavelet models
NeurIPS 2021 - deep-explanation-penalization
Penalize neural-network explanations to align models with prior knowledge
ICML 2020 - hierarchical-dnn-interpretations
Hierarchical interpretations for neural network predictions
ICLR 2019 - transformation-importance
Feature importance for transformations
ICLR wkshp 2020
- clinical-rule-development
Building and vetting clinical decision rules with data and LLMs
Intra‑abdominal rule·PLOS DH 2022Patient perspectives·Nature SR 2025CDI bias·npj Digit. Med. 2025 - HACHI
Human-AI co-design of clinical models from EHR, building on BC-LLM (Bayesian concept bottlenecks with LLM priors)
HACHI·npj Digit. Med. 2026BC‑LLM·NeurIPS 2025 - clinical-self-verification
Improving LLM-based clinical information extraction via self-verification
- clinical-rule-vetting
General PECARN data preprocessing for rule development
- covid19-severity-prediction
Extensive COVID-19 data + forecasting for counties and hospitals
HDSR 2021
- automated-brain-explanations
Building natural-language explanations of fMRI language responses
GCT·Nature Neuroscience 2026QA models·bioRxiv 2025 - interpretable-embeddings
QA encoding models: model fMRI responses to verbal theories using LLM annotations
NeurIPS 2024 - molecular-partner-prediction
Predicting successful CME events using only clathrin markers
- token-economizer
Experience-driven black-box cost control for coding agents (led by Aaron Li)
arXiv 2026 - sim-dino
Simplifying DINO via coding rate regularization (led by Ziyang Wu)
ICML 2025 - pasta
Post-hoc attention steering for LLMs (led by Qingru Zhang)
ICLR 2024 - meta-tree
Learning a decision tree algorithm with transformers (led by Yufan Zhuang)
TMLR 2024 - mixture-of-inputs
Text generation beyond discrete token sampling (led by Yufan Zhuang)
NeurIPS 2025 - induction-gram
Interpretable language modeling via induction-head ngram models (led by Eunji Kim & Sriya Mantena)
NeurIPS 2025
- ml-ai notes
Notes and resources on AI
- vflow
Utilities for trustworthy data science
JOSS 2021
Earlier deep learning & ML projects
- gan-vae-pretrained-pytorch
Pretrained GANs + VAEs + classifiers for MNIST/CIFAR in PyTorch
- gpt-paper-title-generator
Generating paper titles with GPT-2
- disentangled-attribution-curves
Attribution curves for interpreting tree ensembles
arXiv 2019 - matching-with-gans
Matching in GAN latent space for better bias benchmarking
CVPR wkshp 2021 - data-viz-utils
Functions for easily making publication-quality figures with matplotlib
- mdl-complexity
Revisiting complexity and the bias-variance tradeoff
JMLR 2021
Open-source contributions
Major: autogluon · big-bench · nl-augmenter
Minor: conference-acceptance-rates · iterative-random-forest · interpretable-ml-book · awesome-interpretable-machine-learning · awesome-machine-learning-interpretability · awesome-llm-interpretability · executable-books · deep-fMRI-dataset
Mini-projects
hummingbird-tracking · imodels-experiments · cookiecutter-ml-research · nano-descriptions · news-title-bias · java-mini-games · imodels-data · news-balancer · arxiv-copier · dnn-experiments · max-activation-interpretation-pytorch · acronym-generator · hpa-interp · sensible-local-interpretations · global-sports-analysis · mouse-brain-decoding · …





