From: treon3verdery@gmail.com   
      
   Does p ester (or ketone or ether) sulfoxide (hydrophilic dissociating,   
   possibly more electronegative than OH-) (like pH, this is pS2O, and pEster, or   
   possibly pMethylester) cause greater movement ability, volume change, and   
   greater ion effects than water    
   based hydrogels like polymethylmethacrylate, PMMA, if it does then this could   
   extend engineering capabilities of all hydrogel applications, I was thinking   
   what if DMSO, which I perceive I read has an eentsier size than water had a pH   
   like thing going on   
      
      
      
   I read electrons from two different orbitals simultaneously are available at   
   Ag, this might contribute to Ag's high conductivity, at a semiconductor can   
   you get twice the photoelectric effect, make a CCD (charge coupled device), or   
   have a flash memory    
   electrode that always exports two electrons simultaneously, I have not ever   
   heard of Ag as a semiconductor dopant (crystal lattice size mismatch), but if   
   two electrons make a difference at say laser diodes could the not so different   
   sized Ga host Ag with    
   another atom to make it a semiconductor; things like organic light emitting   
   diodes exist, perhaps there are electrons from two orbitals motionized   
   simultaneously at some organic chemicals and that could be utilized to lower   
   resistance, at a phone saving    
   battery life, stimulating the other light emitting chemicals to provide a   
   wider color gamut, another possibility is actually putting the Ag atom at the   
   organic chemical molecule of the organic light emitting diode, I think I saw a   
   journal called "   
   organometallic chemistry" so there is information about things that might be   
   like this, I can think of ferrocene, perhaps Agocene is possible with   
   polycyclic light emitting or other electronic molecules as part of the layering   
      
      
      
   Do phones like the iPhone adjust the voltage and current utilized to recharge   
   the phone battery to compensate for battery behavior change with time? could   
   they modify the electrochemistry to have a wider electro negativity of voltage   
   ranges during    
   recharge to permit this   
      
   If you can double the voltage latitude at the same current you might get   
   something like recharge around contact electrode area²    
      
      
      
   I think voltages and currents cause material changes at the battery chemistry,   
   perhaps they go crystalline, or amorphous, or a different shape of amorphous,   
   software then correlates time of day with typical length of charging and   
   resizes and    
   remorphologizes the battery particles with a custom voltage and current when   
   the phone was able to predict you would not be using it   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)