The breakthrough comes from the startup Sensia Technology, which introduced a portable speaker crafted from electronic fabric. Without cones, magnets, or rigid components, the fabric itself produces sound. This design challenges our conventional notion of what a speaker is. The key breakthrough of this Japanese technology is in how it projects sound. Unlike traditional speakers, […]
Japan Makes Fabric that Acts As a Speaker Read More »
High-intensity interval training is more effective than standard home exercise at improving fitness in patients with inflammatory muscle disease. A new eBioMedicine study from Karolinska Institutet reports that high-intensity interval training leads to greater gains in physical fitness and muscle endurance than standard home-based exercise in people recently diagnosed with inflammatory muscle disease. Idiopathic inflammatory
Computers are increasingly able to understand human behavior—and now they can do so by examining how people move their eyes. Researchers led by the Max Planck Institute for Informatics have created an AI-based software system that infers personality traits by analyzing eye movement patterns. Just as humans instinctively form impressions of others based on visual
Eye Movements Offer Clues to Personality, AI Finds Read More »
A novel AI model is showing an exceptional capacity to predict human behavior by analyzing visual and contextual information in real time. Instead of merely responding to motion, it infers what individuals are likely to do next. Researchers at Texas A&M University’s College of Engineering, in collaboration with the Korea Advanced Institute of Science and
New AI Technology Astonishingly Excels at ‘Understanding’ Human Thoughts Read More »
Entering ETH Zurich’s Soft Robotics Lab feels like stepping into a blend of a children’s playroom, a cutting-edge workshop, and a curiosity cabinet. Researchers scatter workbenches with foam blocks, plush toys—including a soft squid—and other colorful objects to teach robots dexterous skills. Sensors, cables, and measuring instruments cover nearly every surface. Meanwhile, skeletal fingers displayed
AI-Enabled Robotic Hands Become More Dexterous by Imitating Human Hands Read More »
Meet the robotic dog that remembers like an elephant and reacts with the instincts of a seasoned first responder. Developed by Texas A&M engineering students, this AI robotic dog can see, remember, and reason. Designed for chaotic environments, the robot could revolutionize search-and-rescue and disaster response. The project was led by Sandun Vitharana, a master’s
An AI Robotic Dog With Human-Like Precision in Search-and-Rescue Missions Read More »
Boom Supersonic says it has repurposed the core technology from its Mach-1-plus Symphony jet engine to serve as a new source of revenue—using it to power energy-intensive AI data centers, bringing together the rising trends of civilian supersonic travel and artificial intelligence. Supersonic Startup Seeks Additional Revenue as Overture Advances Boom Supersonic has made significant
Boom Repurposes Supersonic Engine Tech to Power AI Data Centers Read More »
Researchers discovered that gold “super atoms” can act much like the atoms used in advanced quantum systems—except they’re significantly easier to scale up. These miniature clusters can be tailored at the molecular scale, providing a flexible and robust platform for future quantum technologies. Gold Clusters as Scalable Quantum Building Blocks Quantum technologies—from computing to sensing—rely
Gold Nanoclusters May Boost the Power of Quantum Computers Read More »
Every camera relies on a sensor, whether it’s an array of light-sensitive pixels or a strip of 35mm film. But what happens when you need to photograph something so tiny that the sensor itself must shrink, causing its performance to plummet? Researchers at Northeastern University have developed a sensing technology that can detect objects as
The Sensor Uses Sound Waves to Detect Objects at Extremely Small Scales Read More »
Scientists from the Southwest Research Institute and UT San Antonio are studying how space weathering alters lunar surface materials to improve interpretation of the Moon’s far-ultraviolet maps. Revealing Lunar Evolution Through Apollo Sample Analysis In their recent work, the team examined how space weathering affects the FUV spectral response. A few Apollo-returned grains revealed how
Lunar Soils Reveal the Impact Of Space Weathering on Ultraviolet Reflectance Read More »