Researchers develop flexible, stretchable electronic skin and soft robots inspired by nature at University of Turku.

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Roger is a long-time tech journalist with many site credits including AppleInsider and Android Authority. His specialties include everything from Apple, Android, and Windows devices through to ...

If those ideas translate, designers could build whisker-like probes that “tell” you where contact happened through their materials alone. Research findings are available online in the journal Science.

A flexible electronic skin stacks carbon nanotube layers to sense touch position and pressure simultaneously, performing classification through its physical structure rather than external processors. ...

Tactile sensing is rapidly emerging as a critical foundation for next-generation applications across consumer electronics, robotics, automation, healthcare, manufacturing, and immersive technologies ...

Researchers at China’s Tsinghua University’s Shenzhen International Graduate School have developed a next-generation tactile sensor called SuperTac. The project involved collaboration with multiple ...

LAS VEGAS — In the high-energy gaming halls of CES 2026, where the latest virtual reality headsets and haptic vests compete for attention, a quiet breakthrough from Scotland is promising to change how ...

Why thinner OLED stackups are more susceptible to EMI and noise, and the impacts for touch sensing. How multi-frequency-region parallel sensing (MFRPS) improves touch accuracy, scalability, and ...

A leaker on the social media site Weibo reveals that Apple may have some interesting plans in store for future iPhone cases. According to the post, Apple is exploring iPhone cases that, in addition to ...

The Venus flytrap possesses sensory hairs that detect prey via touch stimuli. Bending of the sensory hair trigger Ca 2+ and electrical signals that propagate to the leaf blade. Saitama, Japan: Plants ...