Xuyue Zhang

I am currently a first-year Ph.D. in the Department of Electrical and Computer Engineering at Rice University, supervised by Prof. Ashok Veeraraghavan of Rice Computational Imaging Lab. During 2024-2025, I was a research scholar in the Lab of Bioelectronics of Harvard University, where I worked under the guidance of Prof. Jia Liu in brain-machine interface and algorithms for neural signal processing. In 2024, I obtained my Bachelor degree from Tsinghua University, China.

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News

  • (August 19th, 25) I have started my PhD at Rice ECE.
  • (May 10th, 25) I have finished my work in the Lab of Bioelectronics at Harvard.
  • (May 4th, 25) Paper on Robust Flexible Brain-machine Interface.
  • (Apr 28th, 25) Review on material selection & device design of brain-machine interface in Advanced Materials.
  • (July 6th, 24) I have started my work as a research scholar in the School of Engineering and Applied Sciences at Harvard.
  • (Jun 28th, 24) I have successfully obtained my Bachelor degree from Tsinghua University.
  • (Jun 26th, 23) I went to Harvard Medical School as a summer intern.

Research

I'm interested in imaging, sensing and computer vision for daily applications. Some of my work is also about brain-machine interface and neuroengineering.

Material Selection and Device Design of Scalable Flexible Brain-Computer Interfaces: A Balance Between Electrical and Mechanical Performance
Xinyi Lin, Xuyue Zhang Juntao Chen, Jia Liu
Advanced Materials, 2025

We examines the selection of materials and device design for flexible BCIs. This review focuses on scalable, lithography-based BCIs, aiming to identify optimal materials and designs for long-term, reliable neural recordings.

Plastic-elastomer heterostructure for robust flexible brain-computer interfaces
Xinyi Lin, Xinhe Zhang, Zheliang Wang, Juntao Chen, Jaeyong Lee, Ariel J Lee, Hang Yang, Antoine Remy, Hao Shen, Yichun He, Hao Zhao, Xuyue Zhang, Wenbo Wang, Almir Aljović, Joost J Vlassak, Nanshu Lu, Jia Liu
bioRxiv, 2025

We introduce FlexiSoft, an electronic platform based on a plastic-elastomer heterostructure that uniquely integrates mechanical robustness and tissue-level flexibility.


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