Research Interests
I am keenly interested in research topics associated with
AI for Science and various Generative Models. My prior
research experience encompasses protein design, molecule
design, crystal models and advanced generative models. If
you are interested in my research, please feel free to
email me at shenshuaike256 at gmail
dot com or shuaikes at andrew dot cmu dot edu
Publications
* denotes equal contribution and † denotes corresponding
author.
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SpectrumWorld: Artificial
Intelligence Foundation for Spectroscopy
Zhuo Yang*, Jiaqing Xie*,
Shuaike Shen, Daolang Wang, Yeyun Chen, Ben
Gao, Shuzhou Sun, Biqing Qi, Dongzhan Zhou, Lei Bai,
Linjiang Chen, Shufei Zhang, Jun Jiang†, Tianfan
Fu†, Yuqiang Li†
Under review, 2025
arXiv
SpectrumLab, a pioneering unified platform designed
to systematize and accelerate deep learning research in
spectroscopy.
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From Sentences to Sequences:
Rethinking Languages in Biological System
Ke
Liu*, Shuaike
Shen*, Hao
Chen†
Under review, 2025
arXiv
By viewing biomolecules' 3D structures as sentence
semantics and considering the strong correlations between
their components, we emphasize structural evaluation and
show the applicability of auto-regressive modeling in
biological language.
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Online Reward-Weighted Fine-Tuning
of Flow Matching with Wasserstein Regularization
Jiajun
Fan, Shuaike Shen, Chaoran Cheng,
Yuxin Chen, Chumeng Liang, Ge Liu†
ICLR, 2025
paper
,
project
page
The Wasserstein-2 distance is used to approximate the KL
divergence to implement the online RL algorithm to
fine-tune the Flow Matching model, solving the model
collapse problem.
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A Denoising Pre-training Framework
for Accelerating Novel Material Discovery
Shuaike Shen*, Ke
Liu*, Muzhi Zhu, Hao
Chen†
AAAI, 2025
paper
,
project
page
Purpose Denoising Pre-training Framework to accelerate the
novel material discovery.
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Physics-Informed Neural Networks
for Unsupervised Binding Energy Prediction
Ke
Liu*, Shuaike
Shen*, Hao
Chen†
Under review, 2024
Efficient protein binding energy prediction model derived
from energy conservation laws.
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Boost Your Crystal Model with
Denoising Pre-training
Shuaike Shen*, Ke Liu*,
Muzhi Zhu, Hao
Chen†
ICML AI for Scienece Workshop, 2024
openreview
Using Denoising Pre-triaing Framework (DPF) to boost the
performence of crystal model, which can be easily adapted
to any invariant encoder.
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Floating Anchor Diffusion Model for
Multi-motif Scaffolding
Ke
Liu*, Shuaike
Shen*, Weian Mao*, Xiaoran
Jiao, Zheng Sun, Hao
Chen†
Chunhua
Shen†
ICML, 2024
arXiv,
project
page
Treat multiple motifs as independent rigid bodies, which
can translate and rotate independently. FADiff solves
multi motif scaffolding problem and achieve super high
design ability, novelty and diversity.
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De novo Protein Design Using
Geometric Vector Field Networks
Weian Mao*, Zheng Sun*, Muzhi
Zhu*, Shuaike Shen, Lin Yuanbo
Wu, Hao
Chen†
Chunhua
Shen†
ICLR Spotlight, 2024
arXiv
,
project
page
We propose a novel structure graph encoder, which can
address the atom representation bottleneck observed in
traditional IPA encoders.
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Research Experience
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AI for Science Center, Shanghai AI Lab, Shanghai,
China
Research
Intern
(May.2025 - Aug.2025), Advisors:
Biqing Qi & Yuqiang Li
Working on LLM for molecular spectra and molecular
foundation model.
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Computer Science & Biochemistry, University
of Illinois at Urbana-Champaign, Urbana, U.S.
Research
Intern
(May.2024 - Mar.2025), Advisors:
Prof. Ge
Liu &
Prof. Nicholas
Ching Hai Wu
Working on protein co-design and developing online
Reinforcement Learning algorithm for Flow Matching
models.
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State Key Lab of CAD & CG, Zhejiang
University, Hangzhou, China
Research
Assistant
(Oct.2022 - May.2024), Advisors:
Prof. Chunhua
Shen &
Prof. Hao
Chen
Working on protein design, biomolecules interaction
and material science.
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Education
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PhD Student, Carnegie Mellon University
(Aug.2025 - Present)
Computational Biology, Computational Biology
Department, School of
Computer Science
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Bachelor of Engineering, Zhejiang
University
(Sep.2021 - June.2025)
Computer Science and
Technology, Mixed Class of Chu Kochen
Honors College
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