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@n8nrgim
You only have a point that we might not have free will, we might be elaborate flesh robots.
All of occupied space Universe is cause > effect > resultants.
Access to meta-space mind/intellect/concepts and ego only occurs via brain/nervous system.
Brain/nervous system is based on cause > effect > resultants.
All of Universe is technology i.e. cause > effect > resultant combinantions, inter-actions, interfering fermions and bosons, that can only follow cause > effect > resultants pathways, irrespective of whether humans can identify those specific pathways, ergo, leaves human uncertain pathways and other.
All of Universe is technology i.e. cause > effect > resultant combinantions, inter-actions, interfering fermions and bosons, that can only follow cause > effect > resultants pathways, irrespective of whether humans can identify those specific pathways, ergo, leaves human uncertain pathways and other.
Cause{ action } > effect{ reaction } > resultants { consequences } = principles of least action aka stationary zero and I believe is related to the old saying, that, gravity follows the path of least resistence. Ex water follows the path of least resistance because of least strong force phenomena of gravity, is pulling water inward toward center of earth, and water hits a resistance and goes around the resistance, or collects enough to rise over top of resistance, or in some case perhaps finds way under the resistance.
Nervous system is based on charged particles ergo, gravity is often over come by charged particles interactions.
I just found this Hammeroff vid about micro-tubules as source of consicousness ergo memory and access to meta-space mind/intellect/concepts and ego. I found it interesting starting at time stampe 12:00 because he goes into this threeness aspect with the micro-tubules.
Also on another site --Pub Med Central--- I found this little blurb of interest.
.."
Key to these functions is the fact that microtubules are “dynamic.” As with actin, the polymer dynamics are driven by nucleotide hydrolysis and influenced by a host of specialized regulatory proteins, including microtubule-associated proteins.However, microtubule turnover involves a surprising behavior—termed dynamic instability—in which individual polymers switch stochastically between growth and depolymerization. Dynamic instability allows microtubules to explore intracellular space and remodel in response to intracellular and extracellular cues.
Here, we review how such instability is central to the assembly of many microtubule-based structures and to the robust functioning of the microtubule cytoskeleton. "..