Research
Dynamic plasmonic imaging of electromechanically driven nano-oscillators for charge-resolved multiplex biosensing
Science · By Yunxiao Wang, Xiaoyin Liu, Jingyu Wu, Jinbiao Ma, Baiqi Cui, Guangzhong Ma, Jianxin Ma, Qingjun Liu, Di Wang & Fenni Zhang ·
The Brief
- The study reports dynamic plasmonic imaging of electromechanically driven nano-oscillators.
- The work targets charge-resolved multiplex biosensing.
- It appeared in Science Advances, Volume 12, Issue 46, November 2026.
Why it matters
It describes a sensing approach that combines plasmonic imaging with electromechanically driven nano-oscillators, which may be relevant to researchers developing multiplexed biosensors.
Who’s affected
- biosensing and nanotechnology researchers
- #plasmonics
- #biosensing
- #nano-oscillators
- #imaging
- #multiplex sensing
Science Advances, Volume 12, Issue 46 , November 2026.
Timeline
Article published in Science Advances
science.org
Dynamic plasmonic imaging of electromechanically driven nano-oscillators for charge-resolved multiplex biosensing