From: treon3verdery@gmail.com   
      
   Higher effectiveness superacid and superbase catalysts of possible utility at   
   the chemical process industry, including petroleum industry, spectroscopic   
   absorption lines, and or also fluorescence spectroscopy lines that are at the   
   individual atoms of the    
   superacid, fluorine or superbase ithium,  or the spectroscopy absorption lines   
   of the entire superbase or superacid crystal or molecule when stimulated with   
   very cheap light like from LEDs, or possibly lasers are caused to have their   
   electrons at quantum    
   levels go up to higher levels, these might also represent the population of   
   electron Ness causing the highest occupied molecular orbital to be new and   
   different than the uncharge heightened superacid or super base, kind of like   
   briefly populating a    
   previously empty pi orbital with pumped D orbital, because this raises the   
   electronegativity of the fluorine atom to much higher amounts 2-3 times, at   
   perhaps 4 fluorine per superbase molecule the catalyst goes up an order of   
   magnitude or, possibly    
   plural orders of magnitude, that makes the catalyst 8-11 times more active and   
   possibly faster, it could also make it possible to spend 1/9th funds on   
   material, at superbases it is similar, but the element that spectroscopy   
   absorbs photons is lithium,    
   another thing about using photonic stimulation of these catalysts is that the   
   light can be pulsed causing possibly greater interaction of the chemical being   
   catalyzed with the superacid or superbase, another possible use of photonic   
   pulses is that if the    
   light pulses happen faster perhaps femtosecond or attosecond laser faster,   
   than the stimulated atom or the molecule reaching equilibrium then that's like   
   a physics resonance build up of energy, which could benefit catalysis,   
   femtosecond lasers are    
   utilized at making car parts during 2021AD, so they might be fiscally easy   
      
   A thing that could keep 1/100th of Earth's electricity from being radiated   
   away at utility powerlines, basically cover all the powerlines with a thing   
   that mirrors back electricity, kind of like a dielectric but different, rather   
   than a coating emboss    
   the conductor strands with a negative refractive index mirror topology, a   
   different similar thing is a bunch of holes and offset vertical pegs as a   
   physical shape that lenses can be made with, negative refractive index mirrors   
   are published, the    
   electrons radiating away from the powerlines are thought of as photon fields   
   with a wavelength and frequency, those things make it possible, i think, to   
   just emboss the metal strands with shapes at msnufacture, which is very cheap,   
   laser peening can    
   occur during manufacture as well to reduce corrosion   
      
      
   [continued in next message]   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)