GRAS chemicals and all FDA drugs screened for existing nuclear spintronic character; molecules that favor or have a particular spin more than others could be listed out then math correlated with shared physiological effects; correlate spin at various
physiostructures like lipid membranes with physiological wellness; feed the GRAS/FDA drugs that have spintronic preferentialization of concentration of a particular spin; find out if spintronic effects at c elegans at automatic process multiwell plates
to see if some kind of spin effect affects physiological wellness, and longevity;

MRI fields are published as effecting biochemistry, so big magnets might be causing spin polarization at the physiological body causing effects, some of these effects could be beneficial.

[[Are there any naturally occuring physiological things that have a spintronic component? Noting that things like two photon things like chlorophyll exist, and that lipids might be customizable to be spintronically having of different characteristics,
and noting that lipid membranes and lipid rafts could be spin-durable because they make their own insulation from aqueous fluids which might stochisticize spin; are there spintronic lipids that benefit humans?
]] (brackets because electron spin is free radicals and sometimes lasts half an hour, nuclear spin is responsive to big magnets)

Dave’s “schoedinger’s neurons” idea; previously described is a person, possibly other than (or and) the person being fMRI-ed observes brain and neuron things, as well as version where the person observes their own fMRI, as well as versions where
a plurality of observers observe the fMRI (noting that human vision jumps around, there would be wider simultaneous coverage of an entire graphic if twenty people were watching it. (note wigner’s friend thing and DQCE to my perception, make a human
observer a functional quantum resolver from superposition) The humans or human is observing the fMRI output at each of more than 30 neurotransmitters while the person indicates how much consciousness or isness they have, possibly some receptors fMRI
observation effects being, and possibly also receptor activateability from a fixed dose of a receptor stimulating drug (perhaps observing a receptor modfies its chemistry activity); improving this, particularly as consciouness research has value, is,
even complementing other continual improvements at imaging, is a fMRI machine that is 4 or 10 times higher resolution, I perceive that a bigger magnet, as well as possibly an annular scan tube that fits around the head that is narrower diameter than one
that would do shoulder width and the entire body would increase resolution. Also, I read online that when you use a thoughtfully engineered magnet and sensors that less than millimeter MRI is possible, I perceive it might have been less than a tenth of
a millimeter resolution, so a fMRI machine customized to brain and consciousness research could be much higher resolution. one tenth of a millimeter resolution with quantum resoloving observation would create a detailed map of what area of the CNS, when
quantum resolved, does what.

likely a thing on laboratory mammals, or humans if its harmlessness is well researched and documented, could be immunolocalization of fMRI contrast agents ( I perceive one is gadolinium) to specific neurons. fMRI of say just that population of kind of
neuron throughout the brain could also be measured (quantum resolved) as to effect on presence of being or isness. So an imitation dopamine like PEA could have a gadolinium attached to it, and it would activate pretty much just Trace amino acid
receptors; a larger molecule would be an aptamer or antibody to say GABA neurons, and something like gadolinium phenibut or a gadolinium benzodiazepene would just concentrate there.

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