Buddy
The Living Force
monotonic said:I've experienced the audible noise thing before, where I hear tones or motors or noise coming from my head and if I pay attention to it it eventually stops, leaving me in an awkwardly peaceful silence.
The price of high sensitivity is high susceptibility to noise.
And "noise" is being used here to include all known background "measurable and sensed quanta" thus far discovered in certain areas of research - especially of the brain and its subcomponents from the neocortex to the cerebellum and also including other areas of the nervous system.
Although there seems to be no single text to show the complete case for that statement, the puzzle pieces that lead to that observation are available and distributed over a wide area that encompasses a broad range of neuro-typical and neuro-exceptional studies in the field of neuroscience.
In fact, so far, according to Terrence J. Sejnowski, Department of Neurobiology, Harvard Medical School, we know that one of the chief sources of noise in the brain occurs at synapses where a chemical neurotransmitter is used to signal between neurons. As well, quantal fluctuations at synapses is just one of several sources of noise in the entirety of the nervous system.
An important question that's been asked since 1981 is: how is the brain even able to function reliably with so much intrinsic variability? To date, at least we might have a finger on a reason why the question hasn't been answered satisfactorily yet: some "reliability of the brain" studies still use a digital computer model of the brain, while many brain studies are switching to more analog or quantum scenarios.
Long story short,
...three features - stochastic variability, spontaneous activity, and correlated electrical events-lead to a view of the brain that is probabilistic rather than deterministic, inherently distributed rather than local, and dynamic rather than static. Unfortunately, our experience with probablistic, distributed, dynamic systems is limited. Even simple examples and models would help us grasp the brain's complexity.
Source: 24 page pdf _http://psych.stanford.edu/~jlm/pdfs/Sejnowski81HintonAnderson.pdf
More and more data seems to be just leading me closer to a realization that, yes, Man is 'mechanical' in that his mechanistic expression is mostly a static, linear-associative, conditioned and preemptive set of mental, social and biological patterns, but these patterns overlay a beautiful, dynamic and spontaneously creative being.
So, my personal reflections on these phenomena and yours and everyone's input regarding how you experience all this complexity internally is very interesting.