Researchers at MPI-IS in Stuttgart have developed cutaneous electrohydraulic (CUTE) wearable devices to greatly expand the haptic sensations that can be created by future consumer products.

we have developed a haptic sensation transmission technique based on the principle of haptic primary colors.1) We have presented its efficacy and usefulness through demonstration systems, including a ...

The device provides a range of sensations, such as vibrations, pressure, and twisting. A team of engineers led by ...

Haptic technology has progressed significantly, but gaming still lacks a truly lifelike feel. While modern devices replicate ...

Providing tactile responses requires battery energy, as the small motor must be operated each time the haptic feedback is toggled. If you prefer a tactile sensation each time you use the keyboard ...

Explore how haptic feedback enhances esports betting, allowing fans to feel every game moment and amplify their immersive ...

So the variable viscosity can generate variable resistance levels and These resistance levels can produce Haptic sensation for the users. So if Sony manages to include this technology in any of ...

Once platforms with the ability to record, transmit, and reproduce the above-mentioned sensations are developed, it would allow us to experience and work remotely via a robot and virtual environment ...

Recognized for its technological excellence, the emtec TSA recently received the prestigious Techtextil North America ...