Meta has developed a neural interface wristband capable of detecting electrical signals from muscles to control computers without physical interaction. Known as the sEMG research device (sEMG-RD), this technology uses surface electromyography to translate subtle movements into digital commands. The wristband captures electrical activity generated by muscle contractions, even those not visible. Designed with gold-plated sensors in 16 discrete electrode pods, it offers immediate usability without the need for user-specific calibration. This device could revolutionize human-computer interaction and could evolve wearable technology beyond fitness tracking to direct neural control.
The sEMG research device (sEMG-RD) represents a significant leap forward in human-computer interaction, using surface electromyography to translate subtle hand movements into digital commands.
The wristband reads the electrical activity generated when muscles contract, even when those movements are too small to see.
The device requires no individual calibration, working immediately across diverse users without training periods.
The physical design centers on discrete electrode pods featuring gold-plated sensors arranged around your wrist, capturing electrical signals at a sampling rate of 2kHz.
Collection
[
|
...
]