if a cell heap lives longer then it is likely there is a chemical it places at the media that causes greater longevity, then find the cell exported chemical doing spectroscopy compared with single layer tissue culture spectroscopy, along with different
heap size combinations of different tissues at the tissue culture can be measured, i have seen images of parallel pippetors, possibly as many as 128, these could be used to place ordered combinatorial patterns of tissue cells on a gel medium together in
groups of 2-28 different cell tissue culture simultaneously, then measure the lifespan and thriving of the tissue cultures using published protocols, along with the published protocols the cumulative green fluorescent protein (GFP) at my paper notes
could be a way to measure cyte lifespan

A genetics or drugs of fetal thriving could be based not only from genes, epigenomics and drugs, and possibly tissue conentrates that favor most beneficial size placenta but also size and diameter of pregnant woman to fetus blood tubing, called the
uterine spiral artery (USA), they could measure any effect of the 94th percentile and above, and 8th percentile and below on birthweight, Apgar, and cognitive ability at completion of kindergarden to find the optimal size for wellness and highest
cognitive ability

At food producing tissue culture gentle ultrasonic tissue pile could alternate vascular epithelia with myocytes just possibly vascularizing the tissue, or noting possible multiple stackings of ultrasonic ripple patterns that have gaps between them makes
the tissue culture food have intratissue layers have gaps and lumens between them, the gaps and lumens make pro-growth nutrient solution circulate between the layers, that keeps the cells alive and thriving and making it so the tissue culture food can
grow inches thick; highly similar technology could grow artificial organs

Oral vaccines produce a thing called mucousal immunity which is beneficial, a way to increase mucosal immunity would be to swish oral vaccine jello around the mouth for a minute or two, another option is to put the vaccine at a pudding or jello cup that
exposes the oral mucosa to numerous small, but thoroughly mucosa exposing spoonfuls, the alginate jello could have gradual and pH release oral vaccine sprinkles in it, delivering the mucosal immunostimulants to the entirety of the gi tract mucosa,
another thing that could increase mucosal tissue exposure to oral vaccines is making a michael reaction to keratin that actually causes an oral vaccine to attach to the tissue lining of the gi tract, the entire immunizing molecule is the actual antigen-
connected to- an enzymatically removable linker-connected to-michael reaction "transparent henna" moity, this A-R-L version of the vaccine actually attaches the vaccine to the gi tract and and mucous membranes of the mouth, and, possibly the surface of
the entire gi tract, each 144 hours of keratin reacted oral vaccine persistence is perhaps 48 times greater interval of mucous membrane exposure to the immunogenic part of the vaccine, it is possible that based on that high vaccine exposure that other
vaccines which are effective at preventing illness but previously had too small a percentage of activation to be developed, with 144 hour keratin attached to diffusive antigen technology could rapidly become new oral vaccine products, jelly cups with
jelly are 3¢ at alibaba

Does bismuth salicylate or kaolin clay really coat soothe and relieve, if amazingly bismuth salicylate or kaolin coats the stomach they could mix oral vaccines with it to get greater mucosal immune response

Magnetic pills pull to the side and pop open releasing what is an oral vaccine right onto the surface of the gi tract producing mucousal response, if bismuth or kaolin coating is real they could smear it around gently

Keratin reactive vaccine nasal sprays are also possible

Laser peening increases the hardness of metal often near 60%, i do not know, several other things like silicon nitride and composites about 30%, diamond 18%, and Cu metal gets about 30% harder but notable becomes 3.5 times less likely to corrode,
although clearly related laser peening has not been published in regards to its effect on wires, such as generator and motor wires; there is one study that mentions a pure polymer being tested, but they didn't note the effects in the abstract, it is
possible laser peening as a section of a continuous wire draw process could produce wire that was less likely to corrode, there is a nice laser peening knowledge growing immediately practical opportunity: try out 27 different polymers and insulative wire
shellacs to find any polymers or shellacs that make less arcing, less cracking, same flexibility wire shellacs and sheaths, one 7.5% Al polymer composite was about 24-26% stronger suggesting laser peened combinations of polymers with metals gain strength,
then after the most strengthed wire insuluation is found there is the opportunity to improve it

When a person looks at a motor or generator winding they see a lot of empty space, i think that is possibly because wires are round, and aways leave about 1/4 of a winding if wrapped overlaying each other in bundles, if hexagonal or triangular wires were
coated with a shellac or insulative layer able to tolerate the rubbing of corners without an electrical fault arising then the magnetic fields of generators would be 1/8-1/4 more efficient, it could be laser peening is an insulation strengthener that
makes this possible

Technology that benefits dolphins, whales and other marine animals, i read that during the 20th century sound levels in the oceans were high, a way to bring the oceans nearer to natural quietness or make human ocean sounds less disturbing is to make all
the noise, like sonar and propeller/engine noise the shape of vibration least picked up by mammals, such as compression wave compared with undulation wave, compared with nearly unabsorbable soliton wave, a transverse wave and a longitudinal wave, compare
marine mammals ability to hear at each wave type, i do not know but perhaps there is a composite style of wave that reduces hearability by 1/3 each like an undulating longitudinal dissipative soliton (ULDS) that is only 28% as loud as usual sonar waves
but can still do sonar; propellor noise may make a difference and i read that genetic algorithms were able to improve the efficiency near 30%, so the propeller producing genetic algorithm could utilize quietist output as its goal and use highly efficient
propellers, noncavitating propellers as genetic algorithm seeds to develop towards the new goal of least propeller noise, and, of the vibrations that are produced, produce them at sonic forms like least audible ULDS waves

Oral vaccines are beneficial to be made at thinkerkelp, thinkerkelp is nutritionally complete delicious tasting kelp that dolphins and other marine mammals can eat that also is genetically engineered to make orally absorbable longevity chemicals,
peptides, and proteins as well as cognition enhancing chemicals, peptides and proteins

More efficient plywood that uses less wood, as a glued laminate plywood could have recycled plastic shreds and pressed planar shreds reminiscent of waferboard with smaller flats as a glueable laminate layer, if the thickness of the recycled shredded
plastiç is 9/10 of regular plywood then the outermost two panels make the other 2/10; that means something that looks like plywood uses only 1/5th as trees to manufacture; lasers can assist with improving lifetime durability and preventing delamination
by laser engraving hydrophilic, glue-philic troughs en mass, in parallel at a continuous manufacturing process with an entire plywood board sized interference pattern and a strong laser, another thing lasers can, possibly, do is laser peening of the
recycled polymer layers, from both sides of the laminate,

Beverage containers that use less aluminum to make could be accomplished with làser peening, one aluminum alloy has 3.9-7.9 times the fatigue resistance, it is possible then to make beverage containers with 1/3 the materials, noting aluminum beverage
containers are pressed from premade shapes they could also try laser peening the preforms to a depth of 1 cm
Theorectically at least laser peening of a softwood could give it some of the characteristics of a hardwood from 2.3 mm to 1 cm depth of reach of the shockwave

Penis enlarging technology, this works on recently pubertal boys whose penises are still growing, use an iontophorectic sheath to deposit connective tissue and keratin reactive transparent henna-like molecule that is attached with an enzymatically
degradeable linker to a penis growing testosterone or sarm, because iontophoresis reaches 1.5 cm from all sides of the penis 3cm diameter of iontophoretic depth at the unerect penis is rapidly treated, sleeping with the iontophoretic penis sheath
delivers even greater drug delivery, noting that unlike transparent henna wearing off a dermal surface it is possible that iontophoresis at depth in the penis lasts several years from a single application, other penis size increasing chemicals like human
growth hormone can be iontophoretically delivered in connective tissue and keratin reactive form, noting technologies described at notebooks and possibly with computer text that preserve an erection after male orgasm and get rid of what during 2020ad was
called the sexual refractory period people with penises can continue thrusting and feeling penile pleasure even after ejaculation, that makes penis-localized and clitoris, commisure, and vaginal canal localized iontophoretic keratin and support tissue
reactive drug iontophoresis of local gene therapy, epigenetic drug administration, and pleasure nerve growing chemicals like nerve growth factor and BDNF increase the amount of pleasure at the vagina, commisure, and clitoris as well as the penis glans
and shaft, and increased genital pleasure technology

Another possible penis enlargent technology that could work on adults is, if smooth muscle like the corpus cavernosome responds anabolically to grow penile girth from steroids or sarms then these could be iontophoretically delivered to the penis at
keratin and support tissue michael reaction form; as an informal supplement a from-cattle testicular freeze concentrate, possibly with the testicular concentrate fed to yeast makes a supplemental, iontophorectically or electrophoretically deliverable
testosterone and other androgen rich suplement; novel to me is that such a locally delivered androgen concentrate could be used by people that like big muscles with symmetry, they would apply it to specific muscles with an iontophoretic patch, yeast
extract of cow ovaries, perhaps yeast digested and delivered iontophoretically or with electrophoresis could be used to increase breast size and softness, as well as face softness and likely contributing to a more youthful unlined face and possibly hands

A penis lengthing procedure that could be accomplished via medical video chat, dedifferentiate to stem cells drugs, and a surgical glue on sleeve that elastically connects to a place on pants or cummerbund is possible, first the stem cell
dedifferentiator iontophoretically delivers and transparent henna diffusive depots distribute the 4 chemical combination that dedifferentiates cells back into stem cells, the penis is physically stretched with a polymer sheath connected to a 4 inch past
glans support, =======)=], the stem cells continually produced are then diiferentiated to ligament or tendon tissue type, the effect is that the treated penis is always under stretch and construct effects until the person has the length of penis they
prefer, tendon tissue as the extender tissue has the advantage of staying alive without vascularization and harmlessly stiffening the unaroused and aroused penis, this iontophoretic dedifferentiation and redifferentiation in-situ could also be used to
regenerate organs, and at a beauty technology of the face and hands dedifferentiate lined or creased skin right where its located and then redifferentiate as fresh dermis and even adipocytes, youthifying faces and hands, a possible improvement is light
responsive dedifferentiation and redifferentiation chemicals, permitting micrometer sized dosing and activity of the dedifferentiators and differentiators location, dermal depth, and activity amount, photonically activated cell dedifferentiators and
differentiators are not at google scholar so they may be a new technology, simply adding a light sensitive porphyrin molecule with a linker molecule to the dedifferentiation chemicals could be sufficient to laser-draw dedifferentiation areas at and under
the skin, and porphorin linked differentiators make laser drawing demal and adipose structures possible, making a new face and hands tissue editing and youthification (youthification of appearence), also to an extent this can erase and draw new facial
and body features like nipples without surgery

Upregulating dedifferentiation globally at the body with drugs, epigenetics, or genetics could be a tissue renewing technology and longevity technology, to make it even better combine with an anticancer technology like epigenetics that upregulate P53 or
also other cancer reduction gene products and chemicals, something about lkm512 yogurt prevents most mouse cancer most of the time, i seem to remember 90% of mouse cancer prevented

Robot injected vertical stem cell filler, at newton stretched or unstretched penis; lifesaver quadrant artificially grown ligament wedges are inserted inside the penis lengthing it, corpus cavernosum insert facing faces are made to have nonhemmoraging
response to lifesaver quadrant wedges with laser treatment

Cell penetrating peptides that localize to the interior of the penis may exist, or could be found by making a pluality of variants of CPP that already concentrate at smooth muscle of other body locations, one possibility is to make a combinatorial
variation expansion of existing smooth muscle CPPs and isotope label them, then do spectroscopy of lab mammal penis, vagina, clitoris, commisure homogenate to find out which CPP are concentrating at the genitals, then attach beneficial pleasure enhancing
chemicals to those, CPP to the genitals attached to a neuroactivating peptide or few dalton drug could be a pill or nasal snort drug that increases sexual pleasure recreationally, CPP with mitochondrial output increasers like NMN could cause the
pleasurable genital nerves to have lots of energy for both signalling and neurotransmitter recycling

A version of NMN that passes the blood brain barrier could provide more energy atp capability at the brain and be a nootropic or also new super sleep refresher; they could see if taken repeatedly blood brain barrier passing nmn also reduces risk of
dementia,

drugs that make sleep more restful are a new area of research, a drug that causes deep sleep EEGs to occur even during non delta sleep could be extra restful, and, a better than well new sleep drug may be possible; mRNA profiles of different stages of
sleep produce a list of secreted to the circulatory system and endogenous to the cell proteins, epigenetically upregulating these could be tested as to cognitive and emotiosocial effects of heightened amounts of the different sleep stage mRNA products,
with sufficient research is is possible a sleep that refreshes for 24 hours (absence of evening tiredness) but still allows for 8 hours of voluntary sleep/24 hours is possible, after millions of people voluntarily use supersleep improvements can be made
and being a natural 8 hour supersleeper can be made a part of the human (homo sapiens and branches) germline genome

A computer program that software tests computer programs: Microsoft runs a plurality of Windows installations on the cloud, then at all the menu items combinatorial variations to get a feature and actvity depth of 1 billion different menu and command
sequences each is tried out with 1 combo instantiated every 100 millionth of a second at a cloud network of 10,000 standalone cloud pcs, after one minute of no crashes 10 trillion completely different combinations have been tried; if there are crashes
then logs from the crashes can be used to find out why; the benefit is that a programmer can test their new program or application thoroughly and quickly at the cloud; an Android version could do the same with android apps

People get massages, and sometimes the use oil, probiotic massage oil with probiotics cultured from clear skinned tweens without acne could keep skin clear, some skin published probiotics reduce uv while remaining transparent and are antiinflammatory

At restaurants stores and online the card paper you write your name on could, perhaps should, have a line called investment that is just like specifying, in the US at 2020ad, a tip, the investment line is a place to enter a number of $.¢ that you are
automatically directing to your investment portfolio with the card debiting process; its also beneficial to do this at checkout keypad display units without paper, people in their teens and twenties could find this an effortless frequently passively
prompted way to invest in index funds or another portfolio; it is possible that index funds return over 7.1% on average, making a 11-14% of the store item or restaurant meal investment at age 22 produce an extra "free" restaurant meal or store object
when over 65, also the experience of everyone with a debit card thinking about an investment portfolio is beneficial,

there are various other benefits to putting an investment line item at the debit card use process, parents and grandparents could purposefully use their children's debit cards to build greater $ value from the longer span of accrued investment of using
an 11 year old's credit union account card, another novel benefit is that on direct deposited pay or other funds going to any store, get a piece of candy and just write in 11% of their pay, it makes much more sense just to have the credit union account
fund the investment portfolio directly but consumer preferences vary, trust fund approaches like only withdrawable over age 48 are also possible; this idea complements an idea at the paper notes that automatic teller machines have deposit options that
include the persons investment portfolio when it asks where you want to put the money

Cheaper than high fructose corn sweetener or sugar could be a different carbohydrate form, like glucose or a smaller sugar than fructose like a C4 or C3 sugar combined with and with an added sweetness peptide like, i think, neotame, the cheaper to make
C3 or C4 corn syrup could have much less glycemic response from its structure and could be measured as being less deleterious at marmosets than hfcs and sucrose; syrup or cystals of various sugars adds thickness and volume to candy and beverages while
neotame or a blend of artificial sweeteners provides the most delicious flavor, the number of possible C3 and C4 sugars is 2^8 likely just 256 variantsthats small enough to utilize an N=40K outdoor mouse dorm to test all the 3 and 4 carbon sugars to see
if any of them are actively beneficial, ribose is a C5 sugar with cardiobenefits and other benefits, so although i'm ignoring ribose role at the TCA cycle and nucleotide construction it is possible C4 mini-ribose with all the OH on one side is beneficial,
screening all 256 variants of is the higher utility approach, also, noting ribose a C6 or even C7 sugar with all its oh on one side could be a beneficial sugar, enzymatically cheaply produced with corn products

Candy that is harmless to teeth xylitol sugar mixes

There are so many plant pigments that have already been shown to improve health as concentrates, at a combinatorial high n matrix expiriment they could combine testing of every possiible permutation of 8 notably molecularly different pigments at a single
40.5k outdoor mouse dorm to see if any of the combinations is obviously better at longevizing and maintaining span of youth with measures like glossiness of fur and reaction time, also a new drug could be halogenated pigments based on plant,
microorganism and other pigments that previously have studies showing they cause increased wellness; a new place to search for beneficial pigments is fungi, both monocyte and mycelium forming, and the pigments of lichen, these can be separated with
chromatography and uv and ir pigments may also be found even while looking white or transparent at the visible range

Ribose based candy is likely to be good for people, and putting ribose crystals in my mouth tastes very good, a minimal glycemic response sugar, but not fructose, or even starch with polymer sizes so small it is transparent, or a starchlike ribose
polymer could be the bulk form of candy, and be sweetened with ribose, as well as having its sweetness profile improved with peptide or other sweeteners like neotame and sucralose, such a polyribose starch candy would likely reduce cardiovascular events
at adults

Galactose is a toxic sugar the body processes with an enzyme, finding out if 11 times as much of that enzyme reduces harm from galactose is possible; milk contains galactose and predigesting the galactose at milk and adding ribose could produce a kind of
milk that is actively good for people; finding, at the combination that is milk, the components that are beneficial or deleterious is possible with doing column chromatography to make milk fractions and test 140 of them on mice

hyperfingerjello, like a foam

Catalysts and petroleum technology The way 20th century chemistry textbooks make benzene go between chair and boat, and at wikipedia the chairlike puckered cycle of ribose is considered and found to have nonfinite number of angle forms, to make a
catalyst that has nonfinite angle forms could cause the catalyst to be able to match frequencies and angles of opportunities at something to be catalyzed like ch4 natural gas; anything that increases the angles of reaction circled through seems likelier
to make a catalytic match; a furanose ring with five carbons has nonfinite angles of motion to it, so attaching a catalytic cobalt atom to a furanose molecule like ribose causes nonfinite possible angles of cobalt interaction with the thing to be
catalyzed, improving that would be attaching a cobalt atom to a molecule with 720 degrees of spherical motion; also the 720 degrees of motion catalytic motion could be tuned or adjusted if the molecule is light responsive from having a porphrin moiety as
part of it, if 3 corner faces of a cube stayed connected and each acted like a chair boat swinging benzene atom and the cobalt atom was positioned at the perimeter then the cobalt atom would go through a nonfinite number of positionings at each roll yaw
pitch of the corner cube like molecule; a simpler way to think about it is like making a cube corner out of graphene with the fewest <=> you can and putting catalyst atoms at the perimeter then as it naturally oscillates the Co traces every possible
angle of interaction

New electric generator form and electric motor form, something new to me is simply putting flexible wire wound panels on the outside of the stator-tube, perhaps how i read that generators in the 20th century were only60% efficient is because a lot of the
field actually just radiates into space, that suggests surrounding the exterior of the generator with hexagonally packed tubes, each of which turns magnetic field to electricity, you could just think, why not just a thicker larger diameter, i read they
increased motor windings and size and efficiency went up, perhaps there is an extra recoverable 3-28% of energy available as magnetic field, genetic algorithms could produce the windings to make higher utility things that turn magnetic pulses into
electricity, fabrics GA structured compared with windings, at motors, gathering up the perimeter outside magnetic oscillations with a winding/fabric and using them to power the car or recharge the battery improves efficiency

flexes wirewound metal flats

I think the idea of organically grown microthreads and nonalive conductive mycelium as a brain interface is well known (books by Rudy Rucker), but what are technologies that could make it ultraffordble and durable, conductive povidone with PEDOT or
better conductive polymer mixed in, long multiepithalon strands, spirally wound together with pedot (or better) would be cheap to make, and if they dissolve release healing chemicals; actually i just read part of a paper and pedot brain recording arrays
exist at 5 months of lab animal placement; noting that a single photon can be detected there is another way to make a brain reader, although it is not a brain writer, that is have the pedot transistor or other transistor contacting the neural membrane
emit light when electrical potential changes or ion/neurotransmitter electricity and/or nernst electricity changes, also noting some component parts already exist like single wall carbon nanotubes that are smaller than the wavelength they emit light
emission that measures individual neurons could be transported using 1/2 cell diameter optical fiber to a light multiplexor
Dediff with neuron diff as the protein combo that turns whatever cytes the wire is laying on into neurons, ensuring a connection besides recording and playing electricity it is of utility to have a neural brain interface record chemical environment,
spectroscopy at a micrometer to nanometer fiber optic or waveguide is one approach lcd switching suggests chemical detector exposure

Beauty technology that might be a longevity technology, autophagy is associated with longevity, analogous to autophagy could be entire somatic cell turnover in a chemical environment that noncancerously extends the hayflick limit, from proteolytic or
membraneolytic enzymes could renew cell function; one other possibility is a fusion gene that produces dedifferentiate to stem cell chemicals and another fusion gene that makes differentiation factors to produce the same kind of cyte at the same location,
just a fresh one, the fusion gene is attached to and activated by a gene that is overexpressed in simply old cytes as well as technically senescent cytes, along with producing the same kind of cyte in the same location adipose cytes at organs could be
dedifferentiated and redifferentiated to cytes associated with that organ, perhaps the brain contains enough nonneuron tissue to redifferentiate it to neurons, preventing or reducing dementia and also raising cognitive ability from differentiating non
neural cytes at the neocortex to be neurons, also "fat marbling" and other sources of differentiable cytes-to-neurons can be used to increase neurons at the memory promoting hippocampus and the nucleus accumbens and other pleasure centers as well as the
corpus callosum, visual pocessing brain area, and the genital arousal areas of the cortical homonculus, at other organs like the heart dedifferentiation of adipose tissue can be used to make new cardiomyocytes, xenobiotic associated cancers may be
reduced with more hepatocytes, and dedifferentiation of copd lung cytes and scar tissue and then redifferentiation to alveolar style membrane cytes could treat copd, dedifferentiation of adipose tissue anywhere at the body and redifferentiation to thymus
cytes enhances the immune system and has other benefits, similarly dedifferentiating adipocytes at bone marrow and redifferentiating to leukocyte and erythrocyte generators could enhance the immune system, as a technology drugs, gene therapy as well as
human (Homo sapiens and branch species) germline modification can produce the dedifferentiation and differentiation chemicals

Joint and synovial fluid, hyalonuric acid 99th ercentile genetics and epigenetics of good joints, ultrasound measurement and person-reported impression of their joint healthv at 1K persons finds 99th percentile of joint well being at 80 year olds, joint
health is then correlated to sequenced genomes of the 80 year olds to find the genes and alleles that contribute to/cause 99th percentile of joint health, based on those genes and alleles it is possible to make drugs, dedifferentiation and
redifferentiation therapies and epigenetic therapies as well as gernline genetic engineering that causes humans (Homo sapiens and branch species) to have highly functional joints at all ages, including supercentenarian ages

A simple longevity technology is upregulation of telomerase with an epigenetic rna or other drug, also, considered as part of a network, things at the network that support teloerase production can be acetylated and upregulated, any network parts that
decrease telomerase can be hypermethylated so as to produce more telomerase; also the telomerase genes in humans may come in different allele and SNP forms, finding the alleles that produce the most optimal telomerase, articularly verifying greater
longevity at health maintenance organizations records provides a new human (Homo sapiens and branch species) longevity gene or genes and alleles

Pill shape and color may have an effect on perception of side effects, noting the many varied colors and forms of beads, a bead shaped and colored pill inside a transparent capsule or gelcap could be tested, as aspirin, for person reported lack of side
effects and efficacy, it is imaginable that some shapes and colors are considered single digit % more effective, and that either pattern resonance effects or psychology cause the greater perceived effectiveness, also it is possible to simply print a
letter like G R W K Q and bar at the letter Q on the opposite side or glyph like the overlapping tricircle on a pill, like an anticholesterol pill, multivitamin, or supplement or oral epigenetic drug where taking more than 11 of the pills is
physiologically harmless, another possible beadlike pill form is a solid polymer that is transparent like ribose or polyribose with the beadlike active ingredient visible at it, another possible clear gel-like material is alginate, both ribose and
alginate could have supercompressed gas like pop rocks candy for ultrapid dissolving at the stomach

Candy that is beneficial to children, ribose with added sweetess peptide, or also ribose linked to another ribose (like duosugar sucose) makes a bulk or volume producing sugar that is physiologically beneficial if it makes up 1/5th of daily calories or
less, it is possible a stereoisomer of ribose is not a dental plaque food, making the candy absent tooth decay

.5 nm to carbon nanotube sized Integrated circuit transistor technology, coat a film, possibly a diamagneticall ordered film of nanutube transistors on a wafer, then mass edit the entire wafer surface nanotube coating with EUV or radiographic light, this
makes NAND gate based transistors exist in patterns, like CPU, AI processing unit patterns, the subtract connections to make logic gates is new to me


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