Think about the remarkable mechanics of the human knee. As the body’s largest hinge joint, it consists of two rounded bones connected by ligaments that not only swing like a door but also roll and glide over one another, enabling the knee to bend, straighten, and maintain balance. Researchers at Harvard’s John A. Paulson School […]
A Mathematical Framework for Improving Robotic Joint Function Read More »
Chemical, biological, radiological, nuclear, and explosive substances (commonly referred to as CBRNE) can endanger both the public and emergency responders. In 2023, a tiny cesium capsule fell from a truck in Australia, sparking a major search. The growing number of hybrid attacks and other destabilizing activities has further intensified the threat landscape. Two research departments
Rapid, Accurate Radioactive Material Localization With Drones and Robots Read More »
China is rapidly using AI-powered humanoid robots to manage city traffic and assist law enforcement. The Humanoid Robot Managing Urban Traffic A recent example is the R001 Intelligent Police Unit, a humanoid robot integrated with the city’s traffic light network. Wearing a uniform and cap, the robot performs traffic gestures and uses cameras and AI
China is Relying on AI-Powered Robots to Improve Traffic Management Read More »
A China-developed humanoid robot has made history by directly connecting to a low Earth orbit satellite without relying on traditional ground networks. Known as Embodied Tien Kung, it became the first humanoid robot to autonomously carry out this type of satellite communication. The achievement was unveiled by X-Humanoid on Friday (23) at the 3rd Beijing
Chinese Humanoid Robot First to Connect with an Orbiting Satellite Read More »
Tesla has concluded its 2025 fiscal year earnings call, revealing that its profits nearly halved compared to the previous year. The company reported a GAAP net income of $3.8 billion, down from $7.1 billion in 2024, marking a 46% decrease. Yikes. From Electric Cars to Full Autonomy with AI and Robotics That’s a tough situation
Tesla Is Redirecting Its Focus From Classic EVs to Building Robots Read More »
Chinese researchers have created a flexible, hair-thin fiber chip that enables smart clothing with interactive displays, according to Xinhua News Agency, a TV BRICS partner. Each centimeter of the fiber holds about 100,000 transistors—comparable to the processing power of a modern computer when extended to one meter. The chip can handle digital and analog signals
Chinese Researchers Developed a Chip in Ultra-thin Fibers for Smart Clothing Read More »
Imagine a normal-looking shirt that tracks health, environment, temperature, and travel info in real time. That same ultra-thin fiber could also help treat neurological disorders and assist in robotic surgery. These possibilities come from a groundbreaking new “fiber chip.” Fudan University Unveils Ultra-Thin Fiber Chip Researchers at Fudan University in Shanghai have developed complex electronic
Researchers Packed a Powerful Computer Into One Thread Read More »
To operate effectively in dynamic, unstructured settings, robots require AI trained on diverse sensory data. Microsoft Corp. today introduced Rho-alpha (ρα), the first robotics-focused model derived from its Phi family of vision-language models. Rho-Alpha Boosts Robot Autonomy with VLA Capabilities According to Microsoft, vision-language-action (VLA) models allow physical AI systems to sense, reason, and act
Microsoft Research unveils The Rho-Alpha Model For Robotics Read More »
People direct nearly half of their attention to their conversation partner’s lip movements. In contrast, robots typically have only simplified “caricature” lips and mouths that don’t move in sync with the sounds they produce via their speakers. Yuhang Hu and his team at Columbia University saw this as a major limitation, describing facial expression as
The Robot Speaks with Correctly Coordinated Lip Motions Read More »
Researchers have created a robotic hand that can separate from its arm and independently move to access objects beyond the robot’s reach. Unlike traditional human-like hands, the new design uses a symmetrical structure to grip objects from multiple angles. The device comes in two variants, with five or six identical fingers evenly arranged around a
Scientists Developed a Robotic Hand that Detaches and Walks on its Own Read More »