Sonic Sleep
The acoustic cushioning approach is framed as adaptive sound response rather than static white noise. Sound can influence brain states because the auditory cortex converts sound into neural electrical activity. Sound-based stimulation must…
1 sources - 5 claims
The acoustic cushioning approach is framed as adaptive sound response rather than static white noise. Sound can influence brain states because the auditory cortex converts sound into neural electrical activity. Sound-based stimulation must be timed and dosed carefully to avoid arousal or awakening. Sonic Sleep uses adaptive acoustic cushioning to reduce the disruptive impact of environmental noise during sleep. Sonic Sleep research also aims to enhance sleep stages by delivering sound at the right moment and volume.