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Vine-Inspired Robotic Gripper Gently Lifts Heavy and Fragile Objects
Engineers at MIT and Stanford have created a vine‑inspired robotic gripper that inflates thin pneumatic tubes to grow, wrap around, and lift objects. The system can transition from an open‑loop growth phase to a closed‑loop sling, enabling it to retrieve the object by retracting the vines. Demonstrations include lifting a watermelon, a glass vase, and even a human lying in bed. Researchers see the technology scaling to elder‑care patient transfers and heavy‑cargo handling in warehouses and ports.
Robot Talk Episode 140 – Robot Balance and Agility, with Amir Patel
In Robot Talk episode 140, UCL Associate Professor Amir Patel discusses designing robots that emulate the cheetah’s remarkable speed and agility. He explains how sensor fusion, computer vision, mechanical modelling, and optimal control are combined to decode high‑speed predator locomotion and...
Robot Talk Episode 139 – Advanced Robot Hearing, with Christine Evers
Claire interviews Associate Professor Christine Evers of the University of Southampton about her work advancing robot hearing. Evers is embedding insights from human auditory processing into deep‑learning audio models, shifting away from massive internet‑scale networks. Her bio‑inspired approach emphasizes compute...
Meet the AI-Powered Robotic Dog Ready to Help with Emergency Response
Texas A&M engineering students have built an AI‑powered robotic dog that combines a multimodal large language model with visual memory to navigate chaotic environments. The prototype processes voice commands, interprets camera data, and plans paths while recalling previously traversed routes,...
MIT Engineers Design an Aerial Microrobot that Can Fly as Fast as a Bumblebee
MIT engineers have created an aerial microrobot that matches bumblebee‑level speed and agility. By pairing a model‑predictive controller with a deep‑learning policy, the robot achieved a 447% boost in speed and a 255% rise in acceleration. The AI‑driven system allowed...
The Science of Human Touch – and Why It’s so Hard to Replicate in Robots
Roboticists are confronting the complexity of human touch as they develop soft, sensor‑filled skins that can perceive pressure, vibration, stretch and texture. Researchers at Oxford highlight that touch is an active, distributed sense, with mechanoreceptors and embodied intelligence similar to...
Bio-Hybrid Robots Turn Food Waste Into Functional Machines
EPFL’s CREATE Lab has built bio‑hybrid robots using langoustine abdomen exoskeletons harvested from food‑waste streams. By embedding elastomer actuators and a silicone‑coated shell onto the natural shells, the team created a manipulator that lifts up to 500 g, a gripper that...
