From: treon3verdery@gmail.com   
      
    a pile of different chemicals together could actually cause a bunch of   
   different polarization angles at light that arises from it at an illumination   
   effect, having the multipolarized light meet an ic technology 3 to 7 mm   
   feature optical form when the    
   non point light reflected from a pile of blended chemicals with a bunch of   
   polarizations meets the IC photonic technology form then the light could   
   travel at a polarizing retroreflective 3-440 mm sized feature, a plurality of   
   these features could reflect    
   to a focal area, and the focal are could do a thing with the light, a   
   possibility is making a beam of the strength that all the naturally reflected   
   light from the pile of chemicals emits that are of identical polarization,   
   then focuses it on a light    
   sensor to make a what po, or have a light sensor under each sensor doing whole   
   item imaging, at a quadrillion feature 300 mm IC wafer making a million or a   
   billion different cofocalizing polarized reflectors cofocalize on a million or   
   a billion light    
   sensors  then noting each pile of chemicals is different like blended   
   chemicals or lyophilized longevity mammal material then deep learning AI can   
   find differences and estimate the chemicals   
      
   Cad   
   Robot driverless car vision   
      
   Cytoplasmic streaming, is velocity and structuralization like Hadley (=) forms   
   modifiable with drugs and genetics, do longevity drugs that function at mice,   
   rapamycin, metformin, Epithalon,  as well as longevity drugs that function at   
   yeast and c elegans    
   400% greater longevity salicylic acid, anything greater than doubled longevity   
   at genetically modified c elegans have different cytoplasmic streaming    
      
   Cytoplasmic streaming velocity could vary between Children and adults, also at   
   mice, do genes or drugs that cause child velocities of cytoplasmic streaming   
   at adults have beneficial longevity, healthspan, wellness and tissue   
   particular effects, also do    
   longevizing drugs and chemicals modify cytoplasmic streaming velocity, is the   
   cytoplasmic streaming velocity at the actual nucleus, the membrane limned   
   area, different than the rest of the cyte and does it effect mRNA diffusion   
   and availability to make    
   proteins at the ribosome, less streaming could gradualize making proteins,   
   greater streaming could make more proteins, if organisms tolerate it would   
   double cytoplasmic streaming velocity double healing and repair, as well as   
   double the protein    
   production of the immune system doubling the amount of antibodies and curing   
   diseases at double velocity, it is also possible gradualizing cytoplasmic   
      
   Beaver mouse cytoplasmic streaming difference if 1 year mouse cytoplasmic   
   streaming amount and possibly tissue map is replaced with a tissue and   
   cytotype cytoplasmic streaming amount map like from a beaver, then the beaver   
   cytoplasmic streaming amount    
   and tissue velocity map as functionalized at a mouse can be used to quantify   
   the longevity effects, the healthspan and wellness effects and also any   
   separate tissue effects at the brain and cardiovascular system, beavers live   
   35 times longer than mice so    
   that longevity effect could be related   
      
   Cytoplasmic streaming longevity study on glass fish, view and record all the   
   velocities at most of the tissues, cofocal depth microscopes might be able to   
   view some cytes at depth, possibly tissue and organ cytoplasmic streaming   
   average velocity could be    
   quantified, a way to do this is long fluorescing (phosphorescing)GFP that   
   makes length recordable tracers   
      
   GFP with different polarization green emission angles could be possible, 300   
   angles of polarization at different GFP as well as 16 colors of  fluorescent   
   proteins is 4800 different optically distinguishable separate cyte types,    
   fluorescent tagged other    
   proteins   
      
   Ethynl fluorophenylpitacetam goes from being 30 mg per dose to 300 times   
   greater dose activity from fluorination and 300 times greater from   
   ethynylization is 90,000 times more active per microgram dose, that is 333   
   nanograms per 4 hour dose, so a gram at    
   a gradually diffusing depot injection, silicosomes, or nexplanon-like implant   
   is 1383.7 years of continuous 24 hour dosing, to cause a 14,000 year span of   
   continuous nootropic from a one administration dose, then a cytomembtane   
   active transport moiety or    
   peptide could be attached to the ethynylfluorophenylpitacetam and at about 11   
   times greater cytomembrane transport from active transport (which is published   
   as causing 1000 times greater transport than diffusion) the 14 millennia of   
   greater cognitive    
   capability is produced, noting JY says physical things at around and amongst   
   body tissue at the previously alive are able to increase the well being of the   
   previously alive the 14 milenneium cognitive enhancing drug administered to a   
   living person    
   thought near to becoming previously alive as well as injected at the bodies of   
   previously alive persons as well as placed at a 1 gram capsule at the rectum,   
   from what JY describes benefits the previously alive    
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)