From: treon3verdery@gmail.com   
      
   The marsupials with the longest range of lifespans could be suggestive of   
   longevity genes at other mammals   
      
   Are there 10HDA receptors, could SNPs at these be longevity genes   
      
   Are there any naturally occurring decanoic acids (like 10HDA or DAEE or T2DA   
   or C2DA or completely new ones) at mammalian tissue like whales, human tissue   
   culture, naked mole rats, bats, four century lifespan quahogs, or 300 year   
   lifespan tortoises;    
   these could be longevity producing decanoic acids   
      
   Some genes activate on organismal death: the cytotypes that live longest after   
   death may have less of some deleterious chemical that causes likeliness of   
   being dead that could be characterized as to if their down regulation or   
   immunization based decrease    
   could cause greater longevity at the entire organism; similarly cytotypes that   
   live the longest at an organism after death could have chemicals that cause   
   greater survivability as well as longevity: similarly SNPs or other genetics   
   of the least amount of    
   the chemicals that get produced after death could be genetics, also drugs that   
   cause greater longevity as well as resistance to necrosis or necrosis   
   spreading between cytes   
      
   Craigslist: I'd like to meet an engineer, I'm into science, technology,   
   engineering, math and invention and I'd like to meet an engineer   
      
   At a regularly ordered space like a mathematical lattice there is math that I   
   think describes what are emergent properties of ordered spaces like always   
   less neighbors than core locations, or always more neighbors, these could be   
   used to find 2d, 3d,    
   spacetime (4d) or other dimensional spaces with the highest number or least   
   number of neighbor-neighbor possible interactions: that causes a mathematics   
   of what system definitionally communicates the most or least with its   
   neighbors, so along with the on-   
   offness of binary there could be groups of numbers or groups of numbers with   
   operators, that have high predictability with high resolvability at groups of   
   atoms (makes me think of simple few amu molecules compared with    
   emiconductors) that generate and    
   contain math/matter effects with greater simultaneous communications and math   
   capacity than semiconductors, the predictable, resolvable, technology I able,   
   utilizable state space of different sizes or order forms of math lattices   
   (electron emission    
   spectra, chemical physics atom lattices as well as different lattice math   
   forms of different kinds of netowrks ), one anything at a network, different   
   than atom things, like networks of people that know each other, neural   
   networks, as well as fiscal swap    
   networks, application of lattice math number of neighbors calculable (emergent   
   or emergent-like effects) is they way different lattice math forms effect the   
   number of neighbors automatically talked to which then effects the velocity at   
   which a new    
   beneficial thing is utilized, so a math lattice formula that tells you how to   
   double the number of neighbors at an existing beneficial useful network like   
   published science papers, as well as patents; credit is a 4d network as it   
   heightens immediate    
   dollar-active neighbors with the time dimension of utilizing future money, as   
   does inheritance, as does the information transmission at hearing of better   
   ways to make money: so if they found out a way to use lattice math to find   
   lattice forms that    
   doubled the neighbors of money the money would have more effect, one   
   possibility is spatial multiplication, where you can use or gain money without   
   proximity, or "rational tipping" a math formularized way to voluntarily, yet   
   predictably, and guidelined    
   way of transferring more or less money at a money-thing swap where the   
   differentized amount multiplies the production of a beneficial thing at an   
   amount different than the non-lattice math enhanced way;   
   This regularized math could be more efficacious at supplying "uneconomic   
   value" than some of government( I perceive like 2019 "pay-to-play at ruleset   
   (like us corporate law), or the " tell everybody to contribute funds to a   
   lawmaking entity or experience    
   deleterious events; then redistribute" thing) rational tipping could go beyond   
   "I like you, here's more or even one specification produces one low bid" to   
   heighten beneficial, quantifiable, nameable values that multiply the number of   
   lattice math    
   neighbors at the money activity, you could utilize reusability (built in 4d   
   lattice math), promotion amount   
      
   Also, there could be a crystal that has more neighbors neighbor interactions   
   than a fluid (chemistry, biology, physics effects) or its possible that some   
   fluid have a definition space where its a fluid because the neighbor to   
   neighbor spacing is always    
   littler than a lattice (say election emissions levels at smeary analogish   
   specta - just perhaps the math of a fluid between a lattice, which differs   
   from a field like an electon field could find new things, new places to find   
   things and new    
   technologyizable electron effects)   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)