From: treon3verdery@gmail.com   
      
   Wikipedia has an image of the actual cbip layers and areas that make a cmos   
   nand element from about 4 interconnected transistors, use a genetic algorithm   
   and physics simulation to grow and shrink ic features, individually and in   
   combination, to make    
   diffefent nand elements with different characteristics and wbat could be   
   called part numbers, reducing the part numbers or features to make universal   
   construction elements four times makes every nand element or universal   
   constructor four times more less    
   likely to have a chip fabrication error, ztrongly increasing cpu gpu, aipu   
   good chip yield, a genetic algorithm computer similar to a 40 accumulated   
   simultaneous thz cryptocurrency miner could generate a trillion ic nand   
   circuit variants in  26 zeconds,    
   and these could each be simulated on another 40thz miner like computer, at a   
   million attributes/fea elements in parallel with 16 bits per element or 800   
   iterations per billion, or 4-8  billion transistor simulations per thz/second,   
   so at 40 combined thz    
   it would be 10 million cpu cycles at one cpu to simulate,characterize,and find   
   several genetic algorithm categories and acievement amounts,or at 40thz 4   
   million/second new variants on nand, nor, multiplex and other chip elements,   
   and all trillion    
   variants could be tested in 250,000 seconds, using 100  cryptocurrency miners   
   or cloud computing resources brings that to 4.3 seconds to fully make and   
   score a grillion nand gate variations as a generation at 4.3 seconds per   
   generation each 14 days of    
   recombination, expansion, and winnowing that a genetic algorithm does is   
   2200-2400 optimization and co Feature simultaneous optimization, All the most   
   used logic element physical chip featufes could be improved (about 11) and   
   completely new larger and    
   versatile logic elements could be created like multilocation array   
   relationships instaneous values, something kind of like bitstring rigbt or l   
   or center concatenation similar to ij or oj database words, a machine language   
   compare construction, the 4    
   most frequently occuring logic element sequences in a compiled machine code   
   form of an operating system like Microsoft windows   
      
   Meter wide 70k resolution wikipedia ghost imaging characterizes seafloor   
   minerals with spectroscopy, kilometers long laser drilled, explosive   
   powderized, CN and Hcl and proton enriched h30+ electrode water could be   
   effective to mine seafloor   
      
   Perfect wave  absorption metamaterial wave power devices could convert 98-30%   
   undersea and top sea wave movement to electricity.   
      
   A variety of drugs and genetic modifications could reduce birth defects,   
   humanin, a peptide, decreases the amount of misfolded proteins and is   
   published as increasing longevity, so it might reduce birth defects while   
   improving lifespan, another    
   technology, described as a longevity technology is a peptide or protein that   
   gloms onto the exterior of ribosomes, slowing their function which increases   
   both translational fidelity, which could reduce birth defects, and by being   
   more gradual mimics the    
   70% greater lifespan of cold water zebrafish, the naked mole rat has ribosomes   
   with three moving parts instead of two, and if naked mole rats have an order   
   of magnitude less birth defects the higher fidelity ribosome could be   
   investigated as a reason.    
   Humans have many many redundant genes for ribosomes and heterogenity among   
   those many human ribosomal genes suggest there is a spontaneously occuring   
   99th percentile of tranlational fidelity, testing out a high n mouse dorm so   
   all the fetuses have    
   different blends of ribosomal dna, including all 99th pdrcentile ribosomal   
   fidelity dna, and three translation velocities of 94th percentile of   
   translation fidelity dna could find optimal ribosome genetics that most   
   minimize birth defects while creating    
   the longest selectable mammal like mouse or homo sapiens and branch species   
   lifespan. As a longevity with ribosomal genetics the ribosomes of human (Homo   
   sapiens and branch species) supercentenarians, multicentury lifespan bowhead   
   whales, 400+ year    
   lifespan tortoises and 100K-1 million year lifespan endolithic fungi and yeast   
   can be compared and combined to make a longevity and lifespan new synthetjc   
   ribosomal polycopy genome tested at marmosets for longevity increase and birth   
   defect reduction as    
   part of completely replacing and upgrading the human (Homo sapiens and branch   
   species) ribosomal germ line and somatic ribosome genetics. Noting the many   
   copy numbers of ribosomal genes, it could be harmless and beneficial to make   
   even more copies of an    
   enhanced ribosomal genome, and place them either as fusion genes with the 111   
   most longevizing and beneficial physiochemicals like klotho, omega 3 producing   
   sprechers shunt, specific all upside neurons and neurotransmitters like the   
   nucleus accumbens,    
   sexual pleasure neurons and bodywide sexual pleasure nerves, cerebral cortex,   
   pineal gland, thymus, spinal nerves, vagus nerve, stem cell producing bone   
   marrow gdf-11, ampa neurons, placenta, retina, cardiocytes, glia, and as a   
   thing that decreases    
   cancer p53 tumor supressor gene duplicates as ribosome making fusion genes.   
   Because the cells that make these things and do these longevity, nootropic,   
   stem cell making, pleasure increasing and anticancer and birth defect reducing   
   things have doubled    
   ribosome amount they are beneficially superproduced.    
      
      
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   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)