From: treon3verdery@gmail.com   
      
   At polymer batteries like lithium polymer batteries i have not previously read   
   about the crystallinity to amorphous gradients of the polymer, even though it   
   is actually a polymer r gel, and if a crystalline polymer, the effects various   
   crystal forms like    
   long rods, flat polygons, geode interior like prism arrays, and others, these   
   i think all have different effect on the actual battery chemicals surface   
   contact area multiplier, at previously described sonic stimulated physics   
   resonance frequencies that    
   decrease passivation layers from hypermixing, any recurring crystal features   
   at the polymer could be resonators, jiggling slightly with small amounts of   
   piezoelectric nonaudible sound    
      
   I may have previously written about using electricity producing bacteria i   
   described as electrosynthetic bacteria to useful things like electrolysis at   
   mineral concentrating rock leaching heaps, now i read about electrical cable   
   bacteria that form linear    
   cocci things as much as 5 cm long   
      
   Glasses and happiness recordings of children, i saw a video where children   
   less than 2 got to try on visual correction glasses for the first time, the   
   children's faces really became very visibly happy, that suggests that   
   researchers and technologists who    
   study child happiness with brain scans and eegs could dynamically record   
   children's entire happiness brain process, such as for reconstruction and   
   artificial happiness from harmless brain stimulation like tDCS, replaying EEG,   
   or light activated peptides    
   and neurotransmitter equivalents, artificial happiness tdcs/eegs/photonics to   
   make crying babies immediately happy is beneficial and happiness recording   
   could greatly improve the lives of people of all ages   
      
   Its possible cleaning robot brushes like Roomba brushes and roller brushes   
   could be more effective if they had negative or positive electret character,   
   similarly although a long handle sponge mop is wet having electret cbaracter   
   at the sponge surface    
   might assist with cleaning, another kind of sponge mop or automated dishwasher   
   that might either not work at all or work better is having an anode bar or   
   perhaps a cathode bar make single electrode pH modified water that soaks the   
   spongemop or jets out    
   of the dishwasher cleaning nozzles   
      
   At an internet article describing how magnetoionic graphing and measurement   
   makes electrical patternings and dynamics of batteries graphable and   
   measureable, This makes a great battery design tool, testing electricity draw   
   and recharge saturation at a    
   variety of battery shapes, perbaps 20-200% of different battery volumes could   
   be tested to find optimal magnetoionic ionic measure of capacity. Similarly   
   magnetoionics could be used to measure 100s of different anode or cathode test   
   micropatternings put    
   on the electrode with an engraving laser, finding optimal anode    
   icropatternings increases sustained voltage and makes recharge faster. Also of   
   course different battery chemistries can be tested. With enough magnetoionic   
   data on battery variations not    
   only could people note data trends for what works especially well but AI like   
   genetic algorithms could design battery components. As a remotely possible   
   improvement to the magnetoionic technology at the paper, i read that PtCo is   
   very strong as a    
   ferrromagnet, coulld a  Pt magnetism sensor be even more sensitive than the   
   100 oe sensors used to magnetoionically characterize batteries. Also 100 Oe   
   resolution mentioned at the paper is near Earth's background magnetism, could   
   measuring the batteries    
   in a magnetically sbielded container improve accuracy of battery measurements?   
      
   Another possible thing that could be an enhancement to battery electrodes is   
   rather than entire electrode surface continuous battery chemistry, is just   
   part of electrode being at a power drawing circuit, causing refreshment of the   
   intermittently power    
   drawn battery chemistry at the other areas of the electrode or anode, think of   
   a battery electrode like an anode that looks like a starlight mint, different   
   sectors could be on normal power draw, different sectors could be not on   
   circuit power draw, and    
   other sectors could be receiving opposite polarity electricity for nanoseconds   
   to microseconds to disrupt the passivation layer/ordered ion layer, this could   
   be as cheap as a 1¢ semiconductor to do the custom power switching at a   
   starlight mint anode,    
   it is remotely possible the starlight mint, or starlight mint rod electrode or   
   anode could actually be made with a fimo millifiore like process   
      
   One very simple battery technology i have not heard of is just having a metal   
   wire core at the rod anode to be more conductive, and at the starlight mint   
   addressible electrode or anode a plurality of metal core wires could assist   
   starlight mint rod    
   sector addressing, i can think of ways to cbeaply make this in bulk like emit   
   wire from top round cracker with patterned holes in it, bring sides of mold in   
   cylindrical or other shape around wire, fill with warmth bonding electrode,   
   warmth bond, perhaps    
   with lasers doing uniform warming, unmold and laser surface texturize, then   
   the very long electrode or anode into briefer battery sized lengths.   
      
   Anodes can be other than cylindrical with anything from something that looks   
   like the sqiggly Sun microsystem logo as a rod, to a string of spherical   
   beads, it seems like there is a cheap to make different anode shape like   
   spheres on a conductive wire    
   string that could be very cheap to make, Wikipedia notes many battdries have   
   gel electrolyte, and mentioned a number of polymers utilized, along with those   
   could be Pedot electrolyte gel as pedot is a conductive polymer there could be   
   a difference (   
   unsure how greater electron mobility could assist)   
      
      
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