Wearable rehabilitation tech is revolutionizing injury recovery with AI, smart sensors, and haptic feedback, making healing ...

If you prefer to keep one ear completely unobstructed for whatever reason, you might be happy to know you only need to wear ...

High-speed sensors have revealed that pianists’ fingertips can shape sound color through precise movements. This long-sought proof turns artistic intuition into measurable science.

To answer a call with your AirPods, as well as end it later, you'll need to use the touch sensors on either earbud.

The modern store is no longer just a space to display products. Increasingly, it is becoming a data-rich environment, shaped ...

A new study has scientifically confirmed that pianists can change piano timbre mid-performance through touch alone.

Fundamental Touch is a new software architecture that enables wireless haptic feedback for high-fidelity, safer teleoperation ...

Most manufacturing AI pilots stall due to fragmented data and IT/OT disconnects. Here's how to build scalable automation ...

Researchers have discovered how the Venus flytrap translates a physical touch into an electrical signal that quickly closes its trap.

The question of whether piano timbre can be changed according to a pianist’s intent had not been answered in over 100 years. Using proprietary non-contact sensors capable of measuring key positions at ...

Cochlear implants give children with profound hearing loss a much better chance to learn spoken language. However, the sounds ...

Key Innovations Driving Robotics 2024 The robotics landscape in 2024 is changing faster than ever before. Tech ...