You might not recall it, but you probably had a few spills as a toddler. You weren’t the only one—falling is a normal part of learning to crawl, walk, climb, and jump. During early childhood, our balance, coordination, and motor skills are still developing. These abilities—often called physical intelligence—quickly become second nature for most people, […]
Improving Physical Intelligence and Safety in Humanoid Robotics Read More »
A new Nature review highlights olfactory chips—tiny devices that can sniff like a human nose, or even better. The researchers say the real key to cracking this tech is neuromorphic architecture, which mimics how our brains process smells. If it pans out, we could soon have machines that match our own scent-detecting superpowers. Crazy to
Odor Tech Nears a Breakthrough Read More »
Engineers at the University of Massachusetts Amherst have created an artificial neuron whose electrical behavior closely mirrors that of natural brain cells. This breakthrough expands on their previous work with protein nanowires derived from electricity-generating bacteria. The technique could one day let computers match the energy efficiency of living systems and connect with biological tissue.
Scientists Create Synthetic Neurons that Function like Natural ones Read More »
Researchers have unveiled the Dragon Firefighter, a flying firehose robot designed to assist human crews in tackling dangerous blazes. Published as Open Science in Frontiers in Robotics and AI, the design allows scientists worldwide to build their own versions. The team expects the technology to see real-world use within the next decade. Unlike mythical dragons
Scientists Develop a Flying Dragon fire-fighting Robot Read More »
For workers performing long hours of lifting and repetitive tasks, even minor innovations can significantly help prevent future musculoskeletal injuries. That’s why engineers at The University of Texas at Arlington have created a soft robotic exoskeleton designed to quite literally ease the burden by reducing strain on the arm and elbow. PASE: Soft Robotic Support
Pneumatic Soft Elbow Exoskeleton for Reducing Muscle Activity and Effort Read More »
In 2020, Keith Thomas suffered a devastating accident when he dove into a pool and broke his spine. The injury left him paralyzed from the chest down, unable to move or feel his arms and legs. Confined to a hospital room during the pandemic, he volunteered for a groundbreaking clinical trial aimed at restoring sensation
Brain Implant Lets Man Share Movement and Sensation Read More »
University of Cincinnati researchers are creating a flapping-wing drone that tracks and hovers around moving light sources, mimicking a moth drawn to a flame. UC professor Sameh Eisa and his students study these efficient drones, aiming to miniaturize them for stealth surveillance. A Drone That Adapts to Its Environment Moths can hover, fly backward, and
Moth-like Drone Flies Autonomously without AI Read More »
Japanese scientists are developing an algorithm to record and display dreams. Here’s how the device works, though it’s still being refined. Kyoto Scientists Use AI and Brain Imaging to Decode Dreams This pioneering technology, developed by researchers at ATR Computational Neuroscience Laboratories in Kyoto, merges brain imaging and AI. Using functional magnetic resonance imaging (fMRI),
Japanese Scientists Developed Tech to Record and View Dreams Read More »
As humanoid robots continue to advance rapidly, they raise more questions than answers about their potential role in manufacturing. How will this emerging technology integrate into industrial settings like factories, semiconductor facilities, and pharmaceutical labs? How will these robots understand their tasks and timing? What functionalities will be necessary for them to operate efficiently and
Flexxbotics CEO Says Humanoids Need Coordination to Work in Manufacturing Read More »
Resembling a scene from an early Transformers movie, Caltech researchers have showcased how a humanoid robot and a drone can work together to achieve multiple modes of movement, opening fresh avenues for robotic locomotion. “Robots can walk, drive, and fly,” says Caltech professor Aaron Ames. “The challenge is merging them into one system that keeps
See this Shape-Shifting Robot Pair Walk, Roll, and Take Flight Read More »