https://t.co/8kSrI3Dgoc Un actuador a la planta bajo demanda creado con electrodos conformables
and a very cool example of electronics using Venus Flytrap! https://t.co/qKXoFV2TR6 https://t.co/uf3XBq9BOm
Using an app, the team triggered the plant to close its jaw, catch a falling object, and even pick up a wire w/ a robotic arm attached to its jaws. Researchers are hopeful they can also use the signals from plants to detect distress & abnormalities. 2/
RT @Dragonmaurizio: 🤖☘️Robo-plant are here. @NTUsg researchers are pioneering a new generation of smart vegetables. A soft electrode made b…
My group's pick for EE News of the Week is a Nature Electronics article describing a flashy electromechanical actuator: an electrically controlled Venus Flytrap. Neat application of printed electronics to make conformal electrodes on the plant's surface.
RT @Dragonmaurizio: 🤖☘️Robo-plant are here. @NTUsg researchers are pioneering a new generation of smart vegetables. A soft electrode made b…
🤖☘️Robo-plant are here. @NTUsg researchers are pioneering a new generation of smart vegetables. A soft electrode made by liquid film “thermogel” is attached to the plant surface transmitting & receiving signals which activate motion response in the pla
RT @NatureElectron: Article l With the help of conformable electrodes, a Venus flytrap can be converted into an on-demand actuator that is…
RT @Guillermonics: Plant-based actuators controlled via electrical stimulation are now a thing! https://t.co/EpRR77MZnZ https://t.co/FPNyT…
Plant-based actuators controlled via electrical stimulation are now a thing! https://t.co/EpRR77MZnZ https://t.co/FPNyTq4FL4
An on-demand plant-based actuator created using conformable electrodes | Nature Electronics | 植物と会話ができるデバイス登場! 🌲 https://t.co/ygy98t4AcA
An on-demand plant-based actuator created using conformable electrodes | Nature Electronics https://t.co/3TP65Xj2rc
RT @NatureElectron: Article l With the help of conformable electrodes, a Venus flytrap can be converted into an on-demand actuator that is…
RT @NatureElectron: Article l With the help of conformable electrodes, a Venus flytrap can be converted into an on-demand actuator that is…
Taking inspiration from nature! #Engineering #Tech
RT @NatureElectron: Article l With the help of conformable electrodes, a Venus flytrap can be converted into an on-demand actuator that is…
RT @NatureElectron: Article l With the help of conformable electrodes, a Venus flytrap can be converted into an on-demand actuator that is…
Article l With the help of conformable electrodes, a Venus flytrap can be converted into an on-demand actuator that is power efficient and can be wirelessly controlled via a smartphone https://t.co/bmqU7zGJWn https://t.co/JJ4MkGH3SZ
RT @kfuku0502: Nature Electronicsで食虫植物論文を読む日が来ようとは。 https://t.co/OVK9cNHEIW
RT @kfuku0502: Nature Electronicsで食虫植物論文を読む日が来ようとは。 https://t.co/OVK9cNHEIW
Nature Electronicsで食虫植物論文を読む日が来ようとは。 https://t.co/OVK9cNHEIW
RT @ChenXD_NTU_Sg: An on-demand plant-based actuator created using conformable electrodes | Nature Electronics https://t.co/tZMu4J4EkC
RT @ChenXD_NTU_Sg: An on-demand plant-based actuator created using conformable electrodes | Nature Electronics https://t.co/tZMu4J4EkC
An on-demand plant-based actuator created using conformable electrodes https://t.co/6O0AEpMkTS
Impressive and enjoyable actuator bridging the plant and electronics 👍👏
Coauthored work is published in Nature Electronics. Wenlong is a great student! An on-demand plant-based actuator created using conformable electrodes. 共著論文がNature Electronicsに掲載されました。柔らかい電極を使ってハエトリグサをソフトロボットハンドとして活用。
An on-demand plant-based actuator created using conformable electrodes | Nature Electronics https://t.co/tZMu4J4EkC