robotics

Compact 220-GHz terahertz device simultaneously connecting to a car and imaging hidden objects.

How a 220-GHz Terahertz Gadget Could Power Autonomous Cars, Industrial Robots, and 6G Networks

A new 220-GHz terahertz prototype from Huawei and Shanghai Jiao Tong University crams a 64-Gbps wireless link and millimeter-resolution imaging into a 20×20×10 cm box. By reusing the same hardware and waveform for both sensing and communication, it points toward 6G networks where autonomous cars, robots, and infrastructure share data and “see” the world with the same terahertz eyes.

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Soft robotic actuator healing itself with internal heat and conductive pathways glowing

Nebraska’s Self-Healing Soft Muscles Could Be a Game Changer for Robotics

University of Nebraska engineers have developed a revolutionary soft robotic actuator that can sense damage, heal itself, and restore function — all without human help. Inspired by biology but built entirely from synthetic materials, this intelligent system could transform robotics, wearables, and smart devices by making them more resilient, autonomous, and long-lasting.

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Industrial robot arm using AI to clean a carbon block in a high-tech factory

AI to the Rescue: Smarter, Faster Carbon Block Cleaning

Discover how AI-powered robotics and the advanced YOLOv8-HDSA model are transforming industrial carbon block cleaning. With precise detection and segmentation, this breakthrough technology improves efficiency, reduces errors, and paves the way for smarter, automated manufacturing

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