UChicago's Myo Action Tech Reduces Lag Between Thought and Movement
plopesresearch · x · 2026-09-01
Researchers at the University of Chicago's Human Computer Integration Lab developed Myo Action, an augmentation technology designed to reduce the latency between thinking and moving.
Key Points:
- Physiological Lag: There is a natural delay between the brain signaling a muscle and the physical contraction.
- Mechanism: The system uses Electrical Muscle Stimulation (EMS) to trigger involuntary movement, acting as an electronic intermediary faster than biological nerves.
- Comparison: Previous attempts using brain activity detection only reduced latency by about 8ms and often left users feeling a lack of agency. Myo Action claims to work differently (specifics cut off in source).
Related event: UChicago's Myo Action Cuts the Delay Between Intent and Movement(2 posts)→
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