Given that dynamical, non-linear nature of the brain’s physiological functions, designing a neurofeedback system to target specific conditions or complaints would be akin to chasing sand grains in a desert storm. Dropping a pin in one point in time to address one function or another will ultimately miss the mark because the brain has already “moved on”.
Instead, Dynamical Neurofeedback® is designed to monitor the brain’s electrical activity and – through audible feedback interruptions – notify the brain when it is about to reach the edge of its stability in some region of function. There is nothing intrinsically problematic in reaching the edge of stability. It is precisely what happens when someone goes to sleep. The transition from wakeful consciousness to sleep occurs through a turbulent transition that is marked by the sudden onset of stability: wakefulness collapses as sleepiness emerges and then transitions rapidly into light sleep.
Though essential at least once every 24 hours, this natural transition into sleep would be problematic if it occurred while driving in rush hour. The NeurOptimal® system provides a signal, or feedback, to alert the brain that such a transition between states is about to occur. This notification prompts the brain to determine if the transition is desirable or problematic given the current conditions.