From: treon3verdery@gmail.com   
      
   Way to freeze dry sperm, metamaterials can make 44 nm light so can laser drill   
   44 nm holes, drilling holes that have a depth just short of reaching the DNA   
   at the head and tail of the sperm give the sperm an evaporative surface area   
   4-8 times larger,    
   causing 4-8 times more rapid freeze drying. Magnetic fields may have an effect   
   on the velocity of ice to water vapor sublimation, as well as microstructure   
   of sublimation, suggesting different sizes of magnetic fields be tested with   
   sperm freeze drying,    
   including diamagnetic fields so high they levitate individual sperm pushing   
   out water and freeze drying from all sides simultaneously. After drying, At   
   the large plurality of 44nm holes the holes could be filled with ATP, NAD ,   
   fructose, collagen, or a    
   phospholipid or sperm membrane component, and then surface few Nm surfaced   
   with superflexible elastin or protein alpha helices goop, the liquid vehicle   
   for dissolving the ATP or other chemicals could be a circulatory fluid   
   replacing perfluorocarbon or    
   oxygenated perfluorocarbon.    
      
   Mitochondrial multiplication and mitochondrial size increase at tissue culture   
   sperm could cause more swimming vigor, first treat with notinamide to make   
   many more small mitochondria, then feed sperm lipid rich diet to increase   
   mitochondrial size, a    
   lipid like a vfa could have a fructose concatenated distally to make a new   
   sperm food   
      
   There are numerous scientific publications where magnetic treatment of seeds   
   increases plant growth, plant mass, grain yield, and grain % protein, some   
   wheat yields went up 60%, rice over 20%, melons, tomatoes, and strawberries   
   above 11%, a frequent    
   treatment was 115-250 milliteslas for less than a minute, with parallel to the   
   seed magnetic field causing 160% yield, and sideways 130%. This suggests that   
   an ultraffordable magnetic paint seed coating, that only gets magnetized as it   
   travels through    
   the tractor's seeder attachment and is planted in the earth. Fast response   
   pulse magnetizers exist and can be verified that their combination of high   
   magnetic field then residual 115-250 milliteslas or higher, as a magnetic   
   paint on the seed coat also    
   raises yields. If that technology does not raise yields then using vinyl   
   acetate magnetic matrix material (similar to refrigerator magnets) pre-made to   
   be 115-125 milliteslas can be used, and a layer of alginate just sprayed to   
   make a seed sandwich, the    
   seed sandwich, being a gel, can be metallurgical STP sputtered on both sides   
   with a pole piece metal. It is likely though that tests of 11 different vinyl   
   magnets will find one with the highest yield, including the seeds, in water   
   dissolving alginate    
   between them, where the two vinyl sides are attracted to each other. Lasers in   
   massively parallel grating image based cutting lines make about 100k treated   
   seeds per square meter. If the research supports it, it is much cheaper to mix   
   26¢/kg ferrite    
   with 60¢ per liter alibaba latex house paint, to treat 200,000-300,000 seeds   
   for 87¢ then pulse magnetize them in the seed hopper. For consumer acceptance   
   the ferrite coated seeds could be painted white.    
      
      
   They could test the effects of a magnetic field on fertilized fruit and nut   
   flowers, as well as flowers pre-fertilization to see if it causes higher yield   
   and bigger fruit and nuts. A drone with a magnet on a near contact without   
   contact boom could visit    
   1000 avocados,or pears, or Marijuana buds, bananas, cocoa pods, macadamia   
   nuts, pecans per 24 hours at 30 seconds each for all the days the fruit was   
   just starting out then growing, Leon's grown with 1 times 3 cm magnetic tape   
   are 14% bigger so a drone    
   repeatedly bringing magnetism to a growing fruit could increase its size. The   
   drone painting a ferrite partial surface coating shape, and the drone doing   
   pulse permanent magnetization of that ferrite or other magnetic material, and   
   the ferrite being    
   removable after fruit picking in a very minimal surfactant vehicle, like a   
   cheap volatile fatty acid wax, a crosslinked rigid oil, an alginate, pmma,   
   short mer length polyvinyl acetate, or cellulose gel cause the magnet to be   
   easy to wash off the surface    
   of the fruit for grocery most aesthetic presentation. It makes sense to see if   
   magnetic or electric fields effect specific chemistry of fruit ripening and   
   flavor effects. Notably there is an engineered enzyme that responds to   
   magnetism with 54 times    
   greater activity, modifying specific delicious flavor producing enzymes at   
   fruits, vegetables, leafy green foods, tubers, nuts, and pollens like honeybee   
   and stingless bee pollens, and edible fungi to be 54 times or greater   
   producing of flavor    
   deliciousness is beneficial.    
      
      
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