Perception is a rather convoluted cognitive process that most of us take for granted.
It begins with our sensory array gathering roughly 11 000 000 bytes of sensory data per second that is delivered to our brains for cognitive processing, proir to which the data is cross referenced for a fear and threat assessment, checked for data integrity against the currently held world view, edited to remove any inconsistency, and sorted to identify the sensory data relevant to the present.
The substantially reduced data is then further compressed by applying a mutual relevancy algorithm, down to below the 610 bytes per second data bottleneck prior to the delivery and processing of the sensory stimuli our brain initially recieved.
In the event that there are no gross threats to system integrity or violations of homeostasis, the data input is packaged for processing no percieved inconsistencies that may threaten or oppose what we believe to be 'real', and in the absence of any sensory data that may imply a compromised integrity or system failure, or may require a emergency response, the a imminent threat to our survival, only then is the Ego's survival need for emergency intervention homeostasis emergency sudden escalation of threat, imminent and/or catastrophic system failure or emergency, the sensory stimuli is divided and delivered to their appropriate destination in the neuro-cortex of our brain for processing. Only then do we become 'aware' of what has happned.
From a conscious aware of the present we share intent, in sense and mutual relevance the precognitive sensory bottleneck typical of modern day living is circumvented by the entangled confluence of sensory data the harmonic relevance of the experience, and in the absence of fear and preconceived conviction more than capable of managing without any processing deficiency.
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