dips, sauces, condiments: As previously described, it could be posssible to screen human saliva for protein, peptide, and other chemical detergents and surfactants and wetting agents that are (or are almost) entirely flavorless to humans ALong with
cream and jelly pastry fillinging these could imrpvoe the wettability, and perhaps heighten of beneficially modify the mouth effect (flavor also) of the many dips, condiments, and sauces by making the surfaces of the dipped materials superwetted; it is
evenpossible this could work with a new flavorless dip, who’se only function is to make the flavor molecules on the dipped food hyperavailable. It would be better than dipping biscoti in tea, or take a fruie it into a jello-on-tongue effect, only more
pronounced than merely wetting the fruit leather with water. Also, it could be used as a dry, shiny coating on hard candies, instantly hydrating them when they were placed in the mouth, making peppermints and gummi candies like they were-mid-suckling
right when you first put them in your mouth. There is a change these natural human slaiva wetting agents, detergents and surfactants as dry micropowders could even cause theoutside of candybars to immediately taste-mid-suck, so if you think white
chocolate bars are better mid suck, this could be a flavor successs that way as well.

Eutectic foods: Some solicds when combined do a chemistry/alloy thing thing where their melting point lowers, bon bon fillings,

Longevity chewing gum; chewing gum that contains peptides so that when you swallow it, on purpose because you are supposed to, the peptides release/come out at your lower GI tract and get absorbed and make you live longer, thymosin, epithalon, oral-
immunizations:antigen proteins that cause greater longevity (one primitive 2010-2016 example is pneumonia vaccine (protein) halves cardiovascular events(heart attacks), GDF-11, Klotho, epigentic-modifying to produce greater longevity: peptides or also
RNA, active ingredient of reishii and lions manes mushrooms, which based on mass-dose of the entire mushroom compared with like .01% active ingredient may have active longevity chemicals with milligram, or possibly if ethynylized and fluorinated,
microgram dose, the 2020 thought of, 2022-2024AD version would contain a ethynylized fluorinated rapamycin (60% longevity increase at mice) derivative or other mTOR1 inhibitor like an mTOR1 inhibiting peptide; the mTOR1 inhibiting peptide would be
verified to be as effective as rapamycin, or more efffective at causing greater longevity, that being developable goes with the way there are about 7-9 published mTOR inhibiting peptides published online, and 300 amino acid variants of each could be
tested on about 40-320 plates (or fewer with multiplex characterization (multiple peptides per well) of peptide longevity effect) at 96 well plate zebrafish, and then the 11 most longevizing ones tested on mice. Notably, at chewing gum, the mTOR
inhibiting peptide can also be verified as causing greater longevity (intentionally greater longevization than rapamycin) when it is partially made as an enzymatically immune D amino acids containing peptide (these cause the peptide to go undigested from
enzymes that can only do l-amino acids), but is absorbable at the GI tract; also, as a chewing gum, I ntoiced that if you chew regular food with chewing gum, the chewing gum picks up the regular food and kind of granularizes; chewing gum that
granularizes could be possible; so even though a person swallows a chewed lump it turns into (starch or pH sensitive crystals) (fizzing, but notably fizzy stuff micrograins, possibly stomach-acid dissolving material (protein or peptide) microshell around
sodium carbonate and the stomach acid causes hyperfizzing and disintegration at the swallowed gum wad (zotz: malic acid triggers sodium carbonate) have coating that only comes off at stomach pH;

The longevity food could be not just a chewing gum, but also as a candy like a chocolate nanosome additive, or nanosome with cell penetrating peptides (CPP) on it, (it is even possible, if they test it, that cocoa butter/white chocolate can be a lipid-
based drug delivery material).
The world’s most popular candies, at a plurality of locational preferences are re-Makeable as longevity producing candy; The internet says that across the USA, Europe, and many other countries including China and other Asian countries Chocolate and
chewing gum are the two leading candies. At the US sugarshell (M&Ms), is also popular.

Dose constancy whether a person eats 1/2 a candybar, or 11 candybars (full days calories from longevity candy alone), or chews 1 piece of gum, or 80: Possibly, but dubious: first piece of candy contains D-amino acid digesting enzyme that polishes off the
subsequent doses of D-amino acid longevity peptides and proteins, but that might be too dilute or anisotropic at the GI tract, also 4-18 hour residence time of liquid poo at GI tract makes a difference;
A more effective way could be if CPP or kind-of-like-pinocytosis chemicals are used to heighten peptide and protein transport, then it might be possible to swamp CPP transport for 24 hours with placeholder CPP linked things (or CPP alone) that is
released simultaneous with the first candy/longevity chemical dose; So during the first 5-10 minutes (or ome other interval) that a person has longevity candy sourced things (longevity peptides, proteins, antigens, ethynylized, halogenated chemicals, RNA)
in their GI tract, then simultaneously 24 hours of pasivating CPP are released; There’s coabsorption of longevity ingredients during the first five minutes or other interval, and the longevity ingredients are CPP/nanosome/pinocytosis-like taken up;
after that the uptake channel is swamped by the 160 times greater CPP/pinocytosis-like channel passivator or ->channel user and passivator is 160 times more abundant in the actual eaten candy. So the first half of a candybar or handful of M&Ms or one
stick of gum gets the longevity drugs delivered, but subsequent sticks of gum, or chocolate, eaten just 5 or 10 minutes later over the next 24 hours have only 1/160th the absorption, so the person could eat all their day’s calories as candy, but still
get just one, maximally longevizing dose.

Note the 160 times more abundant CPP pasivator is released 5-10 minutes after the longevity ingreadients are released;

One thing about this though is that if the person chews 3-5 sticks of gum at a time (Hey, more gum is yummier), or if they eat 3 chocolate bars in 5 minutes then they would get 3-5 times the longevity ingredient from the “I love candy” big mouthful
event. I think lots of people use 3-5 sticks of gum at a time, and some sequentially consume say three candybars in 5-7 minutes (ugh),it could be 1/10-1/20th of the candy eating population.

one approach is that, with many longevity peptides, proteins, protein antigens, and RNA, and epigenetics of longevity ingredients, more *is* actually better or harmless. Epigenetic drugs particularly. Imaginably this could be a like eat one

candybar ever, live 40-60% longer(epigenetic and possibly antigen/immunization ingredients); eat candy everyday live 100-200% longer.

Children and candy: the idea is that something people really like, that lots of people eat very frequenty makes them live longer as a grocry-store and mini-mart and vending machine food means that children eat the candy too. Some longevity drugs work
better on children (metformin); and there is even additional opportunity to preserve youth and child-tissue-type if people take their longevity and wellness drugs early enough. So those would actually be additional beneficial ingredients to the candy
and gum; Things that benefit the people that are children primarily when they are teans and adults, like female and male multiorgasmicity, 8 inch length penis, 6 inch girth standard, three-four times greater semen ejaculate volume, At males, 2 hour or
greater continuous motion sexual stamina, noting sustained continued sexual movement after multiple mid-2 hour orgasms and ejaculations, before tiring out(without additional muscle development), asurance of vaginal orgasm, while maintaining and
increasing clitoral orgasm ease and intensity, absence of any discomfort at anal canal intromission, and an absence of sexual refractory period could be built into the candy, and reach people before they had physically developed.

I think making sexual activity more appealing and actually occupying of people’s time than media (2020 netflix, videos, recorded media, 2020 fascination-level broadcast video, disney) and computer games (console gaming/PC gaming),

Other places to look for longevity producing fungi are mycorhizzial communities, and just possibly, the fungus that leafcutter ants grow for food. It is possible that plants have a reason to keep pollinators alive, so non-hive solo pollinators GI tract
bacteria could be tested to see if it longevizes C elegans and daphnia and drosophila, if it does they can try it on mice to see if it longevizes mice.

Genetic algorithm seed: on the internet there is the use of several different kinds of AI and genetic algorithm compared to optimize a 4-9 ingredient pear (plant) tissue culture medium. That suggests that artifical food plant tissue culture liquid or
other mediums could be improved with AI that has already been published and can be improved.

lasers could improve animal tissue culture for articial food; although conventional stirring and wafting of medium makes sense; lasers that make less than pinpoint holes in a growing tissue slab or material (film, organoid, veneer etc) could cause
greater accessibility of nutrient media to
growing tissue

Organoids are tissue culture 1-3 mm big with out vascularization, if you grow some animal tissue, and the lastthings to grow shut are the nutrient diffusion holes; perhaps kept open with vertical lasers (starcap diffusion pattern on large area processing)
then it can grow big as long as there is a little hole every 2 mm or so.

pores grow shut;

multi-ply tissue culture veneers from “veneer cutting process on 2-3 mm thick, but multi cm long tubular organoids

healing and growth effects of Ir-red light on isolated muscle tissue may exist, if they do, then cofocal; starcap 3D diffraction grating “flashlight fingers” illumination of edible animal tissue culture could be used to improve growth rate, flavor,
or texture.

Longevity gene: at mice, reishii causes “compared to controls, lifespan was extended 30–66 days at 50% survival, 46–110 days at 20% survival and 61 to >148 days at 10% survival (the study is ongoing).”;
To make a longevity drug Do the reishii longevity test on mice again using sibling mice and clonal mice, then compare the genetics and epigenetics of the most and least longevity responsive mice; One option is to dissect the mice, and decide how
physiologically old their tissues at termination, then for each 100 tested ice rank them from physiologically oldest/most decrepit to terminated but least physiologically old; youngest tissue form, lest decrepit. It may be possible to tell with computer
programs and the sibling mice’ genomes which genes are causing the variance. These could then be verified as longevity variation genetics, and optimized for longevity (at any mouse of human) with epigenetics. That creates a new epigenetic longevity
drug. This procedure could work with any longevity drug, chemical, or intervention. Even such things as exposing mice to music (“rain forest sounds”, 17% greater lifespan), and possible effects from human immunizations (pneumonia vaccine halves
heart disease events in people), peptides and proteins


screen a library of things that pass the nuclear membrane, see what they do, potential drugs, at plants and fungi archaebacter, endolithic organisms, marine bacteria, find any peptides or proteins or other electrophorecitc fractions that pass human
tissue culure nuclear membrane

Coliform bacteria may be frequent in human and mouse feces; some e.coli that have been modified actually make c elegans live longer, “A key study showed that Escherichia coli mutants deficient in some biochemical components can extend nematode lifespan�
��, at 96 well plates, screening11 different e coli variants per well of c elegans each plate looks for muliplexed life extension in c elegans from over 1000 e. coli probiotic variants. 100 plates screens 100K bacteria in 3 months, or about 1.2 million
potential human probiotic bacteria in a year. A plate where the longevity effect is notable is then used to make 11 wells with one e coli variant each. Similar technique is useful to test 1.2 million variants of longevity bacteria LKM512 a year.
Genetic diversity in the tested e coli can come from direct genetic engineering, diverse global location sampling (rainforest floor, highest vegetated area of earth, coldest vegetated area of earth, 400 year lifespan tortoise feces, etc.)

Bodypaint that is brilliantly colored (quandum dots)
But that has reverse antibody colroimetry with things easier than antibodies: turns transparent if you wipe something on it.

Bdoypaint: proteins/peptides/groups on QD make them glow; soda water pH water denatures (refolds) the proteins so the QD turns completely transparent. makes it so cleaning is effortless and there is absence of staining garments.

One thing I like about your sending the flubber on an optical bench is that whether looking at it like [wjt] version, or [2fries] version, when you (at the world I seem to sense) make a knot out of foam; it falls through itself, but is leaves a
anisotropic record in the bubbles it it made out of. (if you overextend, don't get it, miss out and think its bubbles).

So someone really motivated could try to make up a flubber that retained anisotopy, after some path event or especially *testable* optical lab bench event, even if it is like math anistropy) after passing through itself, or being Knotted* -or- otherwise*
topologically subjected to change

anyway if the thing being tested for was completely novel, and they found it, then light and matter would have some new(!) attribute. That attribute could be awesomely and usefully technologized. [wjt] would just casually say things like if you put two
"hall of mirrors" facing each other, put the flubber between them, the usual dimming you perceive doesn't lead to actual flubber wearing out or extinction, at any hypthetical possible rereflection, however dim, it still is flubber.exists.on

That reminds of Feynman either having a theory or writing about the idea in physics that there is just one electron, but it happens to be everyplace in different amounts.

Aside: delayed quantum choice eraser, even though I'm very ignorant, seems to make it so there's a future of a photon, and a past of a photon, so that might work against having been reminded of the "there's one electron" idea.

I'm kind of feeling uninsightful, so I just translated [wjt's] new thing into hackneyed old physics metaphors and I think [wjt] is looking for something awesomer.

Like two flubbers, or

Here's one:
Transverse waves have more tricks they can do than longitudinal waves, Like they can have polarization, when the other isn't a big enough math continer/physics container to support polarization. perhaps at 4D "flubber-space", or -mere- 3D+T "flubber-
space" there are "travelling things that are equationable extensions on the math series 1.compression_wave, 2.transverse.wave 3.moomin/ocean_swell 4.flubber_travelling_thing; ---> At groovy books like Gamow's 123...infinity they make a point, extend
it to a line, make a square, make a cube, then make a hypercube, all using only simple mathematical extension of the previous thing. So I just extended the idea of wave from 1->2->3->4 with [wjt]'s flubber as extension 4

flubber travelling_thing as extension 4 of (the W word)
could be mathematically destined to do more tricks than wave.2 and wave.3 It might have entirely new attributes, just like the way wave.2 is the first to support polarization. So anyway at flubber.Travelling_thing search for experimentally, entirely
new places to get nifty

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