neurobots: Scientists Create Living Robots with Nervous Systems

Researchers have unveiled 'neurobots,' living machines composed of self-organizing cells that integrate neural networks, marking a significant advancement in bioengineering.

Researchers have unveiled 'neurobots,' living machines composed of self-organizing cells that integrate neural networks, marking a significant advancement in bioengineering.

The latest advancements in humanoid robotics showcase Digit, a robot that learns to dance almost instantly through innovative AI techniques.

Researchers have developed a Wi-Fi receiver chip capable of functioning within the harsh environment of a nuclear reactor, marking a significant advancement in robotics for decommissioning efforts.

Gill Pratt, a key figure in the DARPA Robotics Challenge, discusses the evolution of humanoid robots and the advancements in AI that are shaping their future.

A recent proof-of-concept test showcases the capabilities of Humanoid's wheeled robot in a production environment, signaling a potential shift in warehouse logistics.

A humanoid robot is now capable of learning tennis skills by engaging in matches with human players, showcasing advancements in robotic learning and dexterity.

A recent white paper delves into the engineering challenges and component strategies essential for advancing humanoid robotics, highlighting critical areas from motion control to power systems.

NVIDIA and a global consortium have unveiled Open-H-Embodiment, the first open dataset for healthcare robotics, alongside innovative AI models designed to enhance surgical robotics capabilities.

Northwestern University has unveiled a groundbreaking modular robotics system that redefines how legged robots are designed and assembled, enabling them to adapt swiftly to various environments.

A recent incident in Macau involving a Unitree Robotics G-1 robot and a startled woman highlights the complexities of human-robot interactions.