From: treon3verdery@gmail.com   
      
   Magnetic plastic mulchable visqueen weed preventer that increases crop yields,   
   there ade numerous published reports of magnetic fields increasing dry weight   
   yield of crops, and fe2o3, ferrite, is cheaper than plastic. They could test   
   to see if mixing    
   agricultural film plastic with ferrite or printing it with ferrite microdots,   
   then magnetizing the agricultural ground film increases yields. This increase   
   in yields could happen two ways, the first way is the effect of the magnetic   
   field on the plant.    
   The second way is the effect of the ground up mulched magnetic visqueen added   
   to the soil, where the ferrite particles are much nearer the roots. When you   
   think of 18 or 40 planting seasons through plastic geotextiles that is a large   
   accumulation of    
   potentially highly beneficial magnetic ferrite in the soil   
      
   Real vehicle engine laser spark plugs are published, and, although i may   
   misunderstand the graph, provide about 10% more peak power as well as the   
   ability to use more environmentally friendly lean air/fuel ratios. The thing   
   is, how to make them 20 times    
   cheaper, it could simply be that a spark electrical plug with a 3D spherical   
   or tall oval discharge globe has 100s or 1000s of times more ignition surface   
   area than a simple linear spark gap spark plug, and is even better than a   
   laser only sparkplug,    
   this is highly comparable to a miniature plasma globe (aliba less than $2) art   
   object or toy, but with the plasma spherical or tall oval globe 1-11 mm   
   diameter per spark plug. I suppose the screw in sparkplug's diameter would   
   have to be wider than the    
   zenith ball's diameter and height, or ceramic, so the center ball could   
   radiate out spark threads. If the sparksphere is run at high enough frequency   
   it could make 100k varied direction electric discharge threadlets during the   
   time interval of each    
   ignition. This could replace laser spark plugs, but happens to be even better   
   with a laser. The laser would percuss the discharge sparks upward and outward   
   when the gas ionized plasma, since it has a unique absorption frequency from   
   being ir spectroscopy    
   ions, gets light pressure and light based hyperheating of the sparks. Notably   
   i read that elliptical duocolor two pulse lasers were 70% efficient at   
   decomposing/disintegrating ch4, so that kind of laser aimed at the globe   
   electrical discharge threads or    
   even preceding them and pull/disintergrate/percussing them into being could be   
   even more efficient. Also i previously wrote about how three trigonometric   
   waves, superimposed has non lissajous oscilloscope output, so its possible an   
   elliptical laser, duo    
   or tricolor, with tripulse overlap effects could be even more than 70%   
   effective at getting methane or other fuel to react. Besides passenger   
   vehicles this reminds me of how SpaceX rockets that run off methane could   
   benefit from combined plasma ball    
   tripulse multicolor elliptical laser igniter combination technologies. Laser   
   igniters are already 10% more forceful at peak and plasma sphere laser   
   augmented igniters could produce even more peak force.    
      
      
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