MIT engineers develop a breakthrough microscale battery for autonomous robotics
The field of microscale robotics has long been struggling with a fundamental challenge: how to ensure sufficient power to autonomous devices small enough to move on the human body or industrial...
Robotics powered by muscles: a new border of biomimetic engineering
In the remarkable development in the field of robotics, scientists from Eth Zurich and Max Planck Institute for Intelligent Systems I presented a new robotic leg This imitates...
The Kyrigami rules drive a breakthrough in the design of micro -frames
In recent years, there have been significant progress in the field of microscale robotics, crossing the boundaries of what is possible at the miniature level. These progress paved the way for...
How clio myth improves the understanding of scenes for robotics
Robotic perception has long questioned the complexity of real environments, often requiring established settings and predefined objects. MIT engineers developed clioA groundbreaking system that allows robots intuitive understanding and priority determining...
Sonicsense gives robots similar to man detecting by acoustic vibrations
Scientists from the Duke University have presented a breakthrough progress in robotic technology, which can fundamentally change the way of interaction with their environment. Innovative system, called SonicsenseIt enables robots to...
3D-vitac: cheap touch system bridges Human gaps
The world of robotics faces a permanent challenge: recreating complex sensory abilities that people naturally have. While the robots have made extraordinary progress in visual processing, historically fought to match sensitivity...
Radio wave technology gives robots “vision for all weather”
The search for robots that can reliably move complex environments has long made it difficult to limit: most robotic vision systems are essentially blind in difficult weather conditions. From autonomous vehicles...
Developing embodied AI: how the finish brings human touch and dexterity to AI
Ai has gone through a long way in visual perception and language processing. However, these skills are not enough to build systems that may interact with the physical world. People serve...
A breakthrough of the myth can transform robot training
MIT scientists have developed a robot training method, which reduces time and costs, while improving the adaptability of new tasks and environments.
The approach - called heterogeneous Dorthhed (HPT) transformers - combines...
Robots with feeling: like tactile artificial intelligence can transform human-robot relationships
Feeling robots have been the basis of science fiction for decades, raising tempting ethical questions and glowing light on the technical barriers to creating artificial consciousness. Much of what the technological...






















