From: treon3verdery@gmail.com   
      
   Diamagnetic sequenced, interval, intensity sequential waveform generating   
   electroagneucs pulsing millions, billions, or trillions of times per second   
   can effect chemistry and notably catalysis and surface reactance, at catalysts   
   like Co catalysts that    
   are already magnetic, a thin very cheap thin film of cobalt 1/1000th the mass   
   of a usual cobalt catalyst is produced on a witricity antenna powered   
   electromagnet conduction pathway high surface area minibead or microbeads,   
   such as a milifiore conductor    
   path cheaply produced microbeads or minibeads conduction pathway that is the   
   electromagnet, different electromagnet pulse frequencies have different   
   amounts of magnetic catalyst activity, as well as high intensity sudden field   
   changes causing actual    
   physical motions and vibration f the atoms, like cobalt atoms at the catalyst   
   surface, which causes greater amounts of catalysis, finding the most catalysis   
   increasing electric and magnetic driving waveforms can be from screening the   
   amount of catalysis    
   that occurs each 1/100th or 1/10th of a second measured with a laser that   
   causes  180K variations per hour, or about more than 18-24 million different   
   catalyst electromagnet waveforms test each 7 days, having 11 different   
   silmultaneous  waveform    
   producers separate actual  measurement apparatuses causes about 200-240   
   million different electromagnet waveforms each 7 days, this  could find high   
   catalysis effects not previously predicted at catalysis  science like electron   
   spin  direction    
   identicality or nonidenticality, as well as interval of electron spin change   
   causing greater catalysis, also physics resonance to my perception causes   
   heightened effects, it is possible a resonant electromagnetic driving   
   waveform, or a plurality of them    
   is Characterized, such as spin change resonance,  physical resonant motions of   
   the atoms at the catalyst surface that cause atom surface refresh,  vibration   
   and motion of the atoms to cause longer, briefer or highly catalyst effect   
   multiplying interval    
   of chemicals, like molecules duration of being next to the catalyst surface   
   such that once transformed to product the product molecule is catalyst surface   
   charge repelled off of the catalyst contact surface making the catalyst   
   available to fresh    
   molecules to be catalyzed, causing, if the dwell time of the catalyst product   
   is 1/111 of the  non waveform driven dwell time an order of magnitude or   
   greater amount of product catalyzed each second,  also i read that physical   
   force, similar to motion at    
   atoms is sometimes thought of as molecule or atom rotation,  vibration, or   
   direction of movement translation varieties, it is possible some driving   
   waveforms could produce catalytic surface element or molecule rotation high   
   rotation amounts, or even    
   rotation increase driving alternating with near stationariness of rotation   
   causes catalytic effect increase, siilarlarly while the atoms of the catalyst   
   experience waveforms like high pulse intensity waveforms, or waveforms that   
   start high, then ramp up    
   even higher for a periodic waveform that causes high translation motion at the   
   atoms or composition of the catalyst without actually producing so much   
   translation as to cause the catalyst atoms to part with the catalyst surface   
   do cause pressing of the    
   catalyst physically nearer and forcefully to the precatalyzed feedstock   
   chemicals, causing the molecule and catalyst proximity and electron sharing to   
   be at its most catalytic distance perhaps 2-128 times more often,  causing   
   doubled to two orders of    
   magnitude greater amounts of the % of a catalyst surface that is actually   
   catalyzing,  that could cause many times more mass of product produced each   
   second gnitudemoshe multilocation simultaneous catalysis of an alkane laying   
   or contacting a catalyst    
   surface with contact bumps or spaced regular out jutting surface vertical   
   elements a few nanometer or hundreds of Pico meter long, at a magnetic   
   catalysis electromagnet driving waveform,  that changes atomic spin, could   
   cause the plural Pico bumps or    
   nano bumps the alkane is simultaneously contacting, to each change the   
   electron spin of just that part of the alkane, or  C or H atoms on the bump,   
   this causes the alkane atom to have not just the particular spin number of the   
   entire molecule, but a    
   plurality of different, purposed produced spin values at the C or H atoms and   
   orbitals at locations, like 2 near the molecule linear middle as well as 2   
   spin modifiers at the distal parts of an alkane, for the waveform driven   
   interval of electron spin    
   change duration the alkane now has 4 spin novel catalyst reaction high   
   availability catalytic ally much more likely to be reactive at each alkane   
   molecule causing 24 or 4 factorial times greater catalysis and produce product   
   production like 24 times    
   higher Kg/second production of liquid fuels or possibly nonthermal production   
   of lime for or possibly catalytic production of forms of plant fertilizer that   
   are better than ammonia formsoncrete   
      
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   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)