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Robots can see with remarkable precision, but reliable manipulation also depends on touch. Tactile and force sensing give robots the contact information needed for stable grasping,...
Diamond nanothread humidity sensors detect moisture from hovering fingertips and translate local humidity changes into position and gesture signals for touch free electronic contro...
New electronic skin combines sensing and visualisation in a single device, enabling high-resolution mapping of touch for healthcare and robotics applications
Merriam-Webster's Word of the Day for September 25, 2026 is: tactile В• \TAK-tul\В В• adjective Tactile typically describes something, such as a sensation or...
Tesla has filed a US patent application for a touch-sensitive “skin” that can be molded around robot fingers and palms, potentially providing humanoid robots with a scalable way of...
Ultrasound sensing can provide tactile perception for robotic hands while avoiding wear and tear, says UltraSense. The post Ultrasound offers a scalable path to tactile intelligenc...
Infineon’s XENSIV™ Hall sensors enable precise motor control and tactile sensing in hands. Learn key design requirements and engineering challenges for stable, reliable robotic mot...
ADI is working with physical world data gathered by sensors it has made over decades to develop robot hands with sensor fusion.
An electronic skin with a sensing system that can detect pressure and temperature could someday be used to help amputees gain feeling in their prosthetics. The post Electronic Skin...
A new electronic skin could someday be used to help amputees gain feeling in their prosthetics.
A new paper-based design tool creates self-folding wearable sensors that conform to body shapes, offering a simple route towards flexible biosignal monitoring for personalised sens...
A touch interface uses ordinary laser printing to detect finger movement, offering wiring-free controls for wearables, IoT devices, keyboards, and security applications without com...
Calcined fish scale waste improves a flexible triboelectric nanosensor that generates its own motion signals, enabling a nine sensor glove to recognize sign language gestures with...
Two chip technology from TDK gives wearable manufacturers the ability to place a magnetometer at the edge of a board for less magnetic impedence.
A humidity-sensitive memristor combines non-contact sensing and memory, using moisture from a human finger to support touch-free neuromorphic computing.
From first contact through surface deformation, load distribution, and final stable hold, pressure sensors can improve robotic bin picking. The post Pressure sensors can help impro...
Can a tiny sensor track movement in three directions? A nanoparticle-based design brings three-axis magnetic sensing to spaces where conventional sensors struggle. Researchers at t...
A chip-scale optical ultrasonic sensor detects MHz signals through air with 25,000-fold higher responsivity, enabling non-contact defect inspection.
Researchers have developed a durable flexible photodetector that improves near-infrared response after bending, potentially supporting wearable sensors, healthcare and future optoe...
Researchers develop a soft polymer that detects approaching objects, bends under UV light and maintains its shape without continuous illumination.
For all the recent progress in artificial intelligence, most machines still struggle with something humans learn as children: touch. A worker can feel when a box is slipping, when...
A battery-free neuromorphic device combines tactile sensing, memory, and learning in flexible electronics, pointing toward low-power wearables that can process movement signals loc...
Motion sensors measure movement and impacts for use in fitness trackers, drones, robots, and industrial equipment. STMicroelectronics has introduced two six-axis inertial measureme...
At CEATEC 2026, TDK showcased several innovations, including its tiny meta-optic mirror designed to make display-equipped smart glasses thinner and lighter, which we covered earlie...
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