The headband has eeg sensors which monitor brain activity looking for slow-waves (synchronous firing of neurons which define deep sleep).
30 degrees from the peak of a slow-wave we "interrupt" the brain with a brief 50ms pulse of sound. In response to this interruption, your brain increases the synchronous firing of neurons. Resulting in more restorative deep sleep without changing the sleep time.
Is that the sort of description you were looking for?
Yes, sounds really interesting, as an older adult that worries about diminished ability to recover during sleep, would love to try this out. Thank you !
There is quite a bit of research related to our stimulation and memory in older adults, as well as 3 dementia and Alzheimer's studies which I haven't posted yet a few papers can be found at - https://affectablesleep.com/science
The headband has eeg sensors which monitor brain activity looking for slow-waves (synchronous firing of neurons which define deep sleep).
30 degrees from the peak of a slow-wave we "interrupt" the brain with a brief 50ms pulse of sound. In response to this interruption, your brain increases the synchronous firing of neurons. Resulting in more restorative deep sleep without changing the sleep time.
Is that the sort of description you were looking for?