• At the 21 st century there was a kind of material known as plywood, and

    From Treon Verdery@21:1/5 to All on Fri Sep 30 06:01:49 2022
    At the 21 st century there was a kind of material known as plywood, and it seems like genetic algorithm (math) optimzation of new new plywoods to be variously more durable, more on -true and even quieter are possible, the internet did really well with
    this one and a bamboo plywood got 23% better from genetic algorithms math

    Plural and depthy and, if the retrocausauls are supported arrays of delayed quantum choice erasers that are made with genetic algorithms to be much more technological capable and include an optical computer component are suggested by the Nature artiçle
    https://www.nature.com/articles/s41598-018-29275-z the article also makes me think of using GA to make really precise Evansescent and forbidden zone light steering like the wax prisms and microwaves thing I read about; I'm probably just kind of of
    confused but it is sort of possible both the semicocoductor masks could have higher resolution and with micropatterned forbidden zones being micro detailed they could actually get to produce smaller feature size, but I am clueless

    I read about how adding alumina to PTFE can make it five orders of magnitude more resistant to wear, GA are used to generate new polymers, " Evolution of polymers by natural operations of crossover, mutation, and selection over 100 generations leads to
    creation of 132 new (as compared to 4 already known cases) and chemically unique polymers with high T g and E g.

    " that suggests that generating 132 or more new polymers for bearings is a rapid process, and that these non fluoro polymers or also fluropolymers could be tested with alumina to make better

    Heat pumps are an energy efficiency technology around 2020 AD, it is likely they could be much improved and even posiibly replaced with heat pipe technology, " An integrated heat pipe cooling system has been proposed to reduce the energy consumption of
    cooling system by using natural cooling sources in our previous work. However, it still has huge energy-saving potential in the operating process. In this paper, the heat transfer model and energy consumption model of the integrated heat pipe cooling
    system was established to describe the relationship between operating parameters and energy efficiency. Based on genetic algorithm, energy efficiency optimization operation strategy was calculated at different load rates and outdoor ambient temperature.
    An experiment was carried out to verify the accuracy of the optimization algorithm. Compared with the previous work, the energy efficiency ratio of the integrated heat pipe cooling system can be improved by 2–3 times in natural cooling model and
    integrated cooling mode after energy efficiency optimization. " the 2-3 times GA improvement is really a big cooling improvement

    It seems possible that Ga that new kind of solitons could be developed, I have heard of a human based kind called a dissipative soliton that is 100 times longer lasting than a regular solution, so GA that genenerate a new version of soliton could go well
    with phone radio antennas that GA are are already known to be better at humans than making to make higher efficieiency radioes with fewer base stations

    I suppose this is sort of just entertainment, although halback arrays have a varerity of published the number of different parquet floor geometries, and materterials is vast to address at an GA space; also and area that could contain a technology is a an
    electromagnetic hall back arraray, supopposedly not possible they seem very posissible at 1-3 parts that are electromagnetic per 100 with the GA directinging the much higher % of elelectromagnetivity at the new kind of hallback array

    Longevity technology, a bat researcher writes about , Here we conducted a comparative genomic and transcriptomic study on long-lived Myotis myotis (maximum lifespan= 37.1 years) and short-lived Molossus molossus (maximum lifespan= 5.6 years) to ascertain
    the genetic difference underlying their divergent longevities. Genome-wide selection tests on 12,467 single-copy genes between M. myotis and M. molossus revealed only three genes cdc30 looks a lot like Coiled-coil domain containing 130 is a protein that
    in humans is encoded by the CCDC130 gene. It is part of the U4/U5/U6 tri-snRNP in the U5 portion. This tri-snRNPcomes together with other proteins to form complex B of the mature spliceosome. The mature protein is approximately 45 kilodaltons (kDa) and
    is extremely hydrophilicdue to the abnormally high number of charged and polar amino acids.[5] CCDC130 is a highly conserved protein, it has orthologous genes in some yeasts and plants that were found using nucleotide and protein versions of the basic
    local alignment search tool (BLAST) from the National Center for Biotechnology Information. FATE1 and MLKL) that exhibited significant positive selection. Although 97.96% of 12,467 genes underwent purifying selection, we observed a significant
    heterogeneity in their expression patterns. Using a linear mixed model, we obtained expression of 2,086 genes that may truly represent the genetic difference between M. myotis and M. molossus"

    So they have what look like $70 f4ont/back baby wearables snuggles at amazon and 3-5 on alibaba, a technology that might work better on either of these are cool side of the pillow mini whiffle air passthroughs



    Longevity technology C60 is published as making rats live 90% longer, giving 100x dosage IP of the oral version, once then transplanting unexposed legs to the C60 body would find out if something the body produces in response to C60, but not actual
    direct c60 causes longevization, if those are say protein drugs they could be made a bigger part of the human germline

    longevity technology c60 as well as nanoonions have published effects, other lamellar hydrocarbons like those at lanolin or a new possibility, silicone lanolin polymer could be tested for longevity effects, many lamellar polymers can have natural origin,
    suggesting making and finding longevity/wellness/crop yield (algae) heightening lamellar polymers and placing them in ubuquitious human plants like evergreens for longevization/wellness/crop yield gains like c60, if a longevity lanolin is possible that
    suggests an upgrade to drinkable human hair grease water could be a longevity drug

    It would be beneficial if the potency of the lanolin like human hair grease drug were 11 times higher than the amount one person naturally makes

    At

    longevity technology senescent cytes do SaSp, and senolytic drugs get rid of senescent cytes causing greater lifespan, similar gfp seno, parabiosisb, diff fp, what pb tissues rescued with what; make that stuff,germline

    MZ twin 100 healing colony

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