Artificial pollination: robotic solutions that aim to supplement the work of bees

Farmer checking the development of sunflower crops in his field a tablet.

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Two women sitting at a work table, one holding a tablet and the other displaying a robotic glove. The glove is equipped with sensors and mechanisms, showcasing a technological advancement in the field of robotics. In the background, a man is seated at a desk, talking on the phone.

When will we see living robots? The challenges facing biohybrid robotics

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person wearing bioelectronic fibre arrays for dual-ECG signal acquisition / credit: Wenyu Wang and Yuan Shui

Bioelectronics: disease monitoring sensors that can be printed directly onto human skin

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Biomimetics: can robots outperform animals?

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Autonomous cars: the five levels of autonomy

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Autonomous vehicles may soon benefit from 100 times faster neuromorphic cameras

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IoT and robotics: the need for privacy-preserving cameras

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A Digital Twin To Facilitate The Development Of Drone Services

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Le dispositif biosymbiotique mis au point par Phillip Gutruf et ses collaborateurs se recharge sans fil. Avec l’aimable autorisation de Max Farley et Tucker Stuart The biosymbiotic device developed by Phillip Gutruf and his collaborators charges wirelessly. Courtesy of Max Farley and Tucker Stuart

Digital divide: LoRa IoT devices for medical monitoring

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