Cheng Zeng

Postdoctoral associate at University of Florida.

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Phone: +1 401-396-6668

Email: c.zeng@ufl.edu

Hi! I’m currently a postdoctoral researcher at the University of Florida. Before joining UF, I was a postdoctoral fellow at the Experiential AI Institute and the Roux Institute of Northeastern University. I received my Ph.D. in Chemical Engineering and an M.S. in Data Science in 2022 from Brown University.

My research lies at the intersection of computational materials science, computational chemistry, and artificial intelligence. I develop generative models, machine learning interatomic potentials, and physics-based phenomenological models to accelerate materials discovery and design for a sustainable future.

I’m currently on the job market—welcome to connect via LinkedIn!

Recent news [archive]

2026/01 Our PropMolFlow work is finally online at Nature Computational Science. News release is available at New York University.
2025/11 Our team at the University of Florida, including Cheng Zeng, Jirui Jin, and Mingjie Liu, has been honored with the HiPerGator Pioneering Team Award for our work on developing advanced graph neural network techniques to explore the vast chemical space. This recognition, awarded by the UF Artificial Intelligence and Informatics Research Institute, highlights the impact of combining high-performance computing with cutting-edge AI for chemistry and materials discovery. The official news release can be found here.
2025/07 Our paper MolGuidance, a comprehensive extension to PropMolFlow, has been accepted in ICML 2025 Generative AI for Biology (GenBio) Workshop. In this work, we integrate three advanced property‐guidance strategies—classifier‐free guidance, autoguidance, and model guidance—into an SE(3)‐equivariant flow‐matching framework for conditional molecule generation. The dataset is available at zenodo.

Selected publications [full list]

  1. propmolflow.png
    PropMolFlow: property-guided molecule generation with geometry-complete flow matching
    Cheng Zeng, Jirui Jin, Connor Ambrose, George Karypis, Mark Transtrum, Ellad B. Tadmor, Richard G. Hennig, Adrian Roitberg, Stefano Martiniani, and Mingjie Liu
    Nature Computational Science, Jan 2026
  2. d_vae_hea.png
    Data-efficient and Interpretable Inverse Materials Design using a Disentangled Variational Autoencoder
    Cheng Zeng, Zulqarnain Khan, and Nathan L. Post
    AI & Materials, Dec 2024
  3. ml-hea-corr.png
    Machine learning accelerated discovery of corrosion-resistant high-entropy alloys
    Cheng Zeng, Andrew Neils, Jack Lesko, and Nathan Post
    Computational Materials Science, Mar 2024
  4. nft.png
    A nearsighted force-training approach to systematically generate training data for the machine learning of large atomic structures
    Cheng Zeng, Xi Chen, and Andrew A. Peterson
    The Journal of Chemical Physics, Feb 2022