Michael Wang

Michael Wang

CS and Mathematics @ Duke

LLM Post-Training · AI Agents · Quantum Computing

Durham, NC

About

CS and Math at Duke. I like building things that are useful, and I do research on LLMs: training agents and figuring out where they fail.

Currently: LLM Research Intern at Duke NLP Lab · Researcher at Duke Quantum Center · Founding Engineer at Liberata

Previously: Machine Learning Engineer Intern at Apple (AIML), where I built an LLM pipeline that generates synthetic evaluation data and uses model judges to catch and repair its mistakes.

Before that: Built a live multiplayer Quantum Chess platform, with search and LLM opponents, at SpinQ Technology

Research

Restraint: Teaching Agents When Not to Act

Oct 2026 — Present

Agents tend to push ahead on tasks they should refuse, then report success they didn't achieve. Restraint trains them with RL, where the reward comes from the real end state of a sandbox rather than an LLM judge. Correct refusals went from 27% to 70%, and task success held up.

Independent, manuscript in preparation

BreakingWeb: Finding Where Web Agents Break

Jan 2026 — Present

A pass/fail score says a web agent failed, not why. BreakingWeb pairs each task with a twin that stresses one skill, such as planning or state tracking, so the gap between them shows what broke. 519 task pairs, 7 self-hosted apps, 9 frontier agents. NeurIPS 2026.

Duke NLP Lab, NeurIPS 2026 Datasets & Benchmarks

Two-Flag Syndrome Extraction for Color Codes

Oct 2024 — Present

In a fault-tolerant circuit, the order of the gates decides whether a single fault can spread into an error the code can't correct. I wrote an exact verifier that checks every CNOT ordering for two-flag color-code circuits at distances 5 to 9.

Duke Quantum Center, manuscript in preparation

SRT2ch: Large-Scale Human Image Editing Dataset

2025 — Planned

Developing diffusion-based image editing model trained on 10,000+ real human edits from Chinese and Japanese social media. Addressing privacy-preserving data collection and cultural diversity in aesthetic preferences.

Independent

Deep Learning for Medical Burn Detection

2022 — 2023

A YOLOv7 detector that grades burn wounds from photos, trained on a 1,000+ image clinical dataset we built and labeled with hospital partners. It reached 92% accuracy, and the code has 500+ stars on GitHub.

National Talent Program, ICCDS

Variational Quantum State Preparation

Aug 2023

Using a variational quantum eigensolver to prepare ground states of the XXZ Heisenberg model, a standard testbed for quantum magnetism. This was my way into quantum computing. Published on arXiv.

UCSB Research Mentorship Program, arXiv 2308.12020

Selected Work

Tech Stack

Languages

Python
JavaScript
TypeScript
C/C++
Java
Swift
HTML/CSS
MATLAB

Frontend

React.js
Next.js
Vue.js
Tailwind CSS
Framer Motion

Backend

Node.js
Flask
FastAPI
Nginx

AI/ML

PyTorch
JAX/Flax
Hugging Face
vLLM
W&B
TensorFlow
NumPy
Pandas
scikit-learn
LangGraph
OpenAI
Jupyter
ModelContextProtocol
MCP

Quantum

Qiskit
Cirq
Cirq
Stim
Stim

DevOps

Git
Docker
Kubernetes
AWS
GCP
Vercel
Cloudflare
Supabase
Colab

GitHub

Let's Connect

I'm always excited to discuss new ideas—whether it's quantum computing, AI projects, or potential collaborations.

Sisyphus pushing a boulder up a hill

"All great deeds and all great thoughts have a ridiculous beginning"

— Albert Camus

Always Continue, Never Break;