Zhuo Chen retweeted
Very pleased to be a part of this exciting work led by Prof Huang. We contributed by demonstrating a suspended aerogel based for #formaldehyde sensor with these microfibers acting as electrodes under our EPSRC DIVINE project. @Biointerface_CU @rehtaf_doG
🎬 Watch how conductive #microfibres turn everyday objects into #healthcare monitors & energy devices ⚡
Pressure on the microfibres = real-time #electrocardiogram signals measured
Our researchers demo this using a #robotic hand, pencil & plier tool 🦾
eng.cam.ac.uk/news/smart-mic…
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Zhuo Chen retweeted
Our Real-time noise and drift resilient #formaldehyde sensor with #graphene #quantumdot #aerogel filament & advance algorithms can measure 0.4% of the safe exposure level. @UKRI_News #DIVINE project. @rehtaf_doG @BinghanZhou1 @GrapheneUCam @cambridge_ee science.org/doi/10.1126/sc…
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Zhuo Chen retweeted
We are delighted to introduce our recent work on how to control the surface of graphene-based printed aerogels. For the first time, we have revealed the factors that enable us to regulate the surface porosity. doi.org/10.1038/s41699…
@BinghanZhou1 @Cambridge_Eng @GirtonCollege
@BinghanZhou1 @Cambridge_Eng @GirtonCollege
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