[💡R&D] VR turns physical: Imagine sensing texture, heat, weight, or the resistance of a door from inside the virtual world. 🖐️✨ Thanks to TUBALL™ graphene nanotubes, researchers have demonstrated a fingertip “haptic skin” that is just 0.1 mm thick, conforms to the finger, and delivers high-resolution tactile feedback with up to 110 actuators/cm² and frequencies of up to 800 Hz.
Conductive, elastic latex powered by TUBALL™ enables a new class of wearable tactile interfaces for immersive VR/AR, advanced human–machine interfaces, and robotic control. 🤖🌐
#TUBALL
#haptics
#HumanMachineInterface
#nanotechnology
#VR
#AR
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