Tian Xie
Tian Xie researches AI for materials discovery and simulation. He coauthored CGCNN during doctoral study at MIT and CDVAE during a postdoctoral role at MIT CSAIL, then joined Microsoft Research AI for Science in 2022. His work at Microsoft includes MOFDiff, MatterGen and MatterSim; he shared the 2024 Frontier of Science Award with his PhD adviser Jeffrey Grossman. He coauthored the 2025 Nature paper on MatterGen and joined MIT Technology Review’s 2025 Innovators Under 35 list; since February 2026, he is a founding member of technical staff at Project Prometheus.
- Now at
- Project Prometheus
- Works
- 49
- Citations
- 5,070
- h-index
- 18
- Badges
Publication numbers from OpenAlex, as of 22 October 2026.
Timeline
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2018–2020
CGCNN during an MIT PhD
While pursuing doctoral studies in materials science and engineering at MIT, he coauthors CGCNN in 2018, a graph neural network designed specifically for materials. In 2020, he is a fifth-year PhD candidate there, advised by Jeffrey C. Grossman.
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2021–2022
CDVAE and Microsoft Research
At MIT CSAIL, he coauthors CDVAE in 2021 during a two-year postdoctoral role; the model learns from stable material structures and generates new materials. He joins Microsoft Research AI for Science in 2022.
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October 2023
MOFDiff for carbon capture
In October 2023, his team releases MOFDiff, a coarse-grained diffusion model for designing MOFs for carbon capture.
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December 2023
Property-guided MatterGen
He coauthors MatterGen in December 2023, a generative model for inorganic materials that enables broad property-guided design.
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May 2024
MatterSim for materials simulation
His team announces MatterSim in May 2024, an emulator for accurate and efficient materials simulation and property prediction across a broad range of elements, temperatures, and pressures.
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July 2024
A Frontier of Science Award
With his PhD adviser Jeffrey Grossman, he shares the International Congress of Basic Science’s Frontier of Science Award in July 2024 for their work on CGCNN.
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2025
MatterGen in Nature
Nature publishes his MatterGen paper in 2025, presenting a diffusion model that generates stable, diverse inorganic materials under property constraints. MIT Technology Review names him to its 2025 Innovators Under 35 list.
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Since February 2026
Founding staff at Project Prometheus
In February 2026, he joins Project Prometheus as a founding member of technical staff, helping build a new team.
Career
- Since 2026Project PrometheusFounding Member of Technical Staff
- 2022–2025Microsoft Research
- 2021–2022MIT CSAILPostdoctoral Researcher
Education
Sources and credits
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- Tian Xie
- Crystal Graph Convolutional Neural Networks for an Accurate and Interpretable Prediction of Material Properties
- Physics Guided Neural Networks for the Design and Understanding of Materials
- AI meets materials discovery: The vision behind MatterGen and MatterSim
- Crystal Diffusion Variational Autoencoder for Periodic Material Generation
- Materials - Microsoft Research: News And Awards
- news | Tian Xie
- A generative model for inorganic materials design | Nature
- Microsoft Research AI scientist joins Bezos-backed Project Prometheus





