LIGHT & SOUND COMPOSER

Because light-based brain signaling has never been done like this before, an entirely original and unique Light Composer software had to be created. Crafting three layers (MACRO, MESO, MICRO) of light messaging has moved us closer and closer to shaping light in a manner similar to how a synthesizer shapes sound.”

MACRO-MESO-MICRO

The unique design of VIZR™ hardware maximizes optometric requirements for MACRO pattern stimulation of the central and autonomic nervous systems. Unlike conventional "Mind Machine" devices, VIZR™ features distinct LED configurations away from the eyes, aligning with specific optometric parameters crucial for successful MACRO stimulation. These LED positions and movements, matching the human visual field, impact the autonomic nervous system and cognitive functions, influencing sympathetic excitation or parasympathetic sedation, as well as memory and visual/auditory imagination.

VIZR™ TRIPLE SIGNAL DYNAMICS 

The VIZR™ employs three integrated light signaling types—MACRO, MESO, and MICRO—resulting in a rich and meaningful brain information messaging experience.

MACRO:
Involving specific LED activity with static positions and moving patterns, MACRO signals create a foundational disposition in the nervous system, influencing overall signaling.

MESO:
MESO signals utilize an exceptional range of LED pulsing rates, distinct from MICRO flickering rates. This rhythmic pulsing aligns with physiological oscillatory rates, fostering resonance and coherence in brain wave oscillations and other bodily rhythms.

MICRO:
MICRO signals involve LED flickering at rates within a second, fine-tuning brain messaging. Controlled by microcontrollers, MICRO signaling allows for adjustments in flicker strength through duty cycle modulation. Series sequencing and four rates of change, similar to musical composition structures, play a critical role in the effects of MICRO flicker signals, offering diverse and nuanced impacts on brain dynamics.

COMBINING MACRO-MESO-MICRO

The ability to compose and adjust three distinct yet integrated levels of light signaling simultaneously yields a unique and vibrant visual messaging experience. Each group of light signaling is effective in its own right, so when combining them, the information output is drastically enhanced, much like combining three musical instruments into a jazz ensemble.