Skip to content
OPEN VARIABLE

Evidence-First Signal Intelligence

Menu

Research literature / Preprint / posted paper

High-Resolution Spatial Mapping of Electrocorticographic Activities with a 4096-Channel, Multiplexed Flexible Thin-Film Transistor Array

Yang Xie; Zepeng Zhang; Muyang Liu; Jinhong Guo; Miao Xu; Lei Zhou; Lei Zhang; Lihao Yao; Xiaolin Zhou; Zhengwei Hu; Liang Ma; Xiaojian Li; Yongxiang Guo; Jiaxin Lei; Yue Cao; Milin Zhang; Huachun Wang; He Ding; Xin Fu; Quanlei Liu

Published
Publisher
openRxiv
Research area
Semiconductors
Source type
Preprint / posted paper
DOI
10.1101/2024.08.18.608446

Read the original source ↗

This is a preprint or other posted paper. Check the original source for its review and publication status.

The original publisher provides the full text and its access options.

Cite this source

Yang Xie; Zepeng Zhang; Muyang Liu; Jinhong Guo; Miao Xu; Lei Zhou; Lei Zhang; Lihao Yao; Xiaolin Zhou; Zhengwei Hu; Liang Ma; Xiaojian Li; Yongxiang Guo; Jiaxin Lei; Yue Cao; Milin Zhang; Huachun Wang; He Ding; Xin Fu; Quanlei Liu. High-Resolution Spatial Mapping of Electrocorticographic Activities with a 4096-Channel, Multiplexed Flexible Thin-Film Transistor Array. openRxiv. 2024-08-19. https://doi.org/10.1101/2024.08.18.608446

Download RIS