Wenda Chu 储闻达

Wenda Chu

储闻达

PhD Candidate

Caltech

     

Biography

I am a PhD candidate at Caltech, where I am very fortunate to be advised by Yisong Yue and to work closely with Yang Song. My research centers on generative modeling — in particular, inference-time posterior sampling with pretrained diffusion priors, with applications to reward-guided generation and inverse problems. More recently, I have been exploring the interplay between generative modeling and representation learning, with a focus on learning better visual tokenizers for generative models.

Outside of research, I enjoy chess, piano, photography, and running.

Interests
  • Generative Models
  • Representation Learning
  • Inference-time Posterior Sampling
Education
  • California Institute of Technology, 2023-Present

    Computing + Mathematical Science

  • Tsinghua University, 2019-2023

    Yao Class, Institute for Interdisciplinary Information Sciences

  • Shenzhen Middle School, 2013-2019

News
May, 2026 Our paper EOSTok received a spotlight presentation at ICML 2026!
Sep, 2025 Two papers accepted to NeurIPS 2025! Meet me at San Diego :)
June, 2025 I'm joining ByteDance Seed video team as a research intern this summer.
April, 2025 Our paper DAPS received an oral presentation at CVPR 2025!
Jan, 2025 Our paper InverseBench received a spotlight presentation at ICLR 2025!
Sep, 2023 I joined Caltech CMS as a PhD student!
June, 2023 I graduated from Tsinghua University!

Fun Projects

Distributed Robust Principal Component Analysis
The first distributed robust principal component analysis algorithm with some convergence guarantees.
Distributed Robust Principal Component Analysis
Traffic at Peak Hours - A Game Theory View
Analyze an illustrative traffic game using game theory and queuing theory. We show how excessive competition to limited resources could lead to a dramatic decrease of social welfare.
Traffic at Peak Hours - A Game Theory View
Ray Tracing Renderer
A simple C++ implementation of ray tracing rendering, based on Monte Carlo path tracing.