Materials and microfabrication processes for next-generation brain-machine devices

Wei-Chen Huang; Hao Sheng Wu; Christopher J Bettinger

Materials and microfabrication processes for next-generation brain-machine devices

Wei-Chen Huang, Hao Sheng Wu, Christopher J Bettinger

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Abstract

Transfer printing microstructures onto novel hydrogel interfaces and customised composite electrodes could increase the compatibility and information transfer between body tissue and electronic devices.

Original language	Chinese (Traditional)
Journal	SPIE Newsroom
Publication status	Published - Nov 2016

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Materials and microfabrication processes for next-generation brain-machine devices

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title = "Materials and microfabrication processes for next-generation brain-machine devices",

abstract = "Transfer printing microstructures onto novel hydrogel interfaces and customised composite electrodes could increase the compatibility and information transfer between body tissue and electronic devices. ",

author = "Wei-Chen Huang and Wu, {Hao Sheng} and Bettinger, {Christopher J}",

year = "2016",

month = nov,

language = "中文",

journal = "SPIE Newsroom",

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TY - JOUR

T1 - Materials and microfabrication processes for next-generation brain-machine devices

AU - Huang, Wei-Chen

AU - Wu, Hao Sheng

AU - Bettinger, Christopher J

PY - 2016/11

Y1 - 2016/11

N2 - Transfer printing microstructures onto novel hydrogel interfaces and customised composite electrodes could increase the compatibility and information transfer between body tissue and electronic devices.

AB - Transfer printing microstructures onto novel hydrogel interfaces and customised composite electrodes could increase the compatibility and information transfer between body tissue and electronic devices.

UR - https://www.researchgate.net/publication/310759371_Materials_and_microfabrication_processes_for_next-generation_brain-machine_devices

M3 - 文章

JO - SPIE Newsroom

JF - SPIE Newsroom

ER -

Materials and microfabrication processes for next-generation brain-machine devices

Abstract

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