Jewelry display with polarized light and ceiling mounted white roygbiv laser with lots of little points of light hologram providing supplementary glitter effects, polarized glasses block glare and let people see at depth into the water, i think
illuminating jewels and things in museums with polarized bright white light would have a similar effect, transparentizing the gems so their internal play of light can be better perceived and enjoyably perceived

Gratings etched onto the surface of metal make the metal more transparent to light, the effect of etching gratings onto synthetic gems like diamonds, sapphires, emeralds and lapis lazuli could be to transport even more light to them, at wider, shallower,
and different angles of incidence, these new angles of incidence make completely new kinds of faceting or even swirly anisotropic lenticular gems possible, Genetic algorithms could be used to try out billions of faceting and lopsided lenticular shapes to
converge on those that are especially beautiful for actual manufacture

Grating lasers, laser diodes and LEDs, etched gratings make metal more transparent, so at a pumped laser like Nd-YAG covering the Nd-YAG surface with etched gratings could cause more light to enter the laser crystal, another grating application is
photovoltaic surfaces, another application is making all the metal contacts and GaAs crystal have gratings to get lots more light out of a laser diode from making the ultra thin metal contacts transparent on all sides, this can also be used to make
brighter more efficient LEDs like LED white light bulbs

Laser peening makes metals 7-20 times harder, laser peening the gratings makes sense, particularly at outside surface applications like photovoltaics and new gem forms

Transparency gratings can benefit Plants, optical sensors, light collection part of waveguides, spectacle lenses, photojostled or photoregularized transparent ultracapacitors, plants like food plants could increase their surface transparency by growing
their own striations/gratings which are also more light admitting to the food plant or silvicultural tree at medium to high lattitudes

White paint that cools is published, it may be 98.5% reflective, if the particles of barium sulfate at the paint are large enough to etch a grating on, then maybe the cooling paint would be over 99% effective

Muon technology, fill up an ultracapacitor with muons, perhaps laser muon generator sourced, and have the ultracapacitor membrane surface be photonically stimulated to detach muons and slosh them out into a carrying wire at what is analogous to
adjustable current (anology) or laser stimulated to such force that the muon equivalent of voltage goes up,

FMRI of sleep, localization chemicals bring mRna functionalikes to specific areas to cause easier and more restful sleep

At a vehicle use 3-40 minutes once a month ozone generator that travels through a catalytic converter to keep it clean and unpolluting, sources of ozone include electrical method on oxygen gas, its really likely this works better if the vehicle is warmed
up, but if it works in the cold at 100 times higher O3 conentrations then it can happen from battery electricity while everyone is asleep and daily pollution cycles are at their lowest

I do not think this will work: This is iffy as it involves immunizing against a body produced protein Brd2, also if there is a harmless way to do it, considering the body, and mini-systems as a network, the negative feedback cytosurface receptors to a "
more is better" system, like klotho protein can be passivated with peptides or ...perhaps... Antibodies getting rid of the activity of anti-klotho external membrane and circulating factors,

Lots of things get adsorbed to plasma proteins, like albumin and globin, and i do not know the specificity, it might be possible to make plasma proteins different so they omit absorbing beneficial things like klotho, gdf-11, epithalon, thymulin and other
endogenous pineal chemicals, others, so that those endogenous physiochemicals are more active, this utilizes genetic engineering to change the globulin gene and protein product, as well as the albumin gene and protein product

New longevity drugs, during Pineal daytime, and pineal sleep time different mRNAs are produced, with different physioproducts produced,it is published that grafting an extra pineal gland into a rodent caused double digit longevity gains (20-24%?), which
suggests the pineal gland makes longevizing chemicals, i have only heard of two, melatonin and epitalon, but it is possible that the mRNA of sleeping person, or falling asleep person's pineal gland codes for 11-100 different gene products that are
different between daytime and sleep time, several of which could be new longevity drugs

Monozygotic twin mice where one outlives the other 20% could both give saliva samples once every 72 hours to get a database view of what identical genes were diverging in the amount they turned on, or turned off between the two twins, perhaps the long
lived twin is making, or decrementing a particular mRNA and its product, leading to knowing those genes effect longevity

Peptide or protein sleeping pill/sublingual dose from mRNA profiles of areas at the brain that light up at the fMRI of falling asleep, any nonreceptor protein or peptide produced could be a new sleeping pill drug

Combine longevity genes, introduce the new/better versions from a plurality of longevity genes simultaneously to increase human (Homo sapiens and branch species) longevity as a germline modification, one study finds 16 genes that extend lifespan among
the longest lived mammals, "To test for divergent evolution patterns between the long-lived and control groups, we performed clade model C, revealing that 20% (23/115) of the genes in the long-lived group were rapidly evolving genes (Table 2). Of these
genes, three (INSR, IRS1, and PIK3CB) are associated with the process of signal transduction by insulin receptor kinase and two (ATM [ataxia telangiectasia mutated]and ERCC6) with DNA repair. Moreover, nine genes (BCL2, CDC42, DGAT1, GRN, PIK3CB, PLCG2,
STAT5A, STAT5B, and VCP) are involved in the immune process.", from Comparative analyses of aging-related genes in long-lived mammals provide insights into natural longevity
Authors ZhenpengYu ShixiaXu, notably one of the major groups of longevity genes are those that get rid of cancer, human allele variants exist in the population such that centenarians without cancer, including prostate cancer, and without a family history
of cancer, exist, so find those existing human (Homo sapiens and branch species) anticancer genetics and improve them, with synthetic alleles, the same approach can be used with cardiovascular disease (people without a family history of heart attacks or
strokes), also as a technology just combining the genes and gene variants the quoted researchers found, which are not already human (Homo sapiens and versions) genes into marmosets to find out if certain combinations are greatly longevizing, if they are,
then synthetic alleles and synthetic longevity genes can be made part of the human (Homo sapiens) germline genome

It is likely possible to genetically engineer the immune system component called complement to produce automatic immunity to pneumonia, saving lives, also genetically engineering complement to have immune response to the viruses and bacteria of specific
pathogen free longevized humans (Homo sapiens and branch species), specific pathogen free mice live 63% longer, and specific pathogen free marmosets live 18% longer, so this genetic engineering of complement is likely to cause humans (Homo sapiens and
branch species) to live a double digit percentage longer,

Airjection drug depot of anti-osteoporosis drugs, especially high dose potency peptide drugs or RNA drugs is possible, numerous anti-osteoporosis peptides are published, one with single digit nanomolar activity, suggesting that at a 70Kg person about 18
milligrams at a depot injection lasts 2 centuries

Noting ability of induced pluripotent stem cells to repair, photonic dedifferentiation into stem cells drugs could be taken orally and only activated where illuminated by a laser, one optimal tissue to dedifferentiate is capillary epithelium as the
dedifferentiated cells immediately enter the circulatory system for transport throughout the body, but with greater concentration near the dedifferentiation site, as well as mass wide area rejuvenation

Ultrasonic liposome or capacioussome popping at optimal locations, bag of stem cells opened ultrasonically or even electromagnetically in the volume of tissue or organ to be repaired such as the brain, heart, lungs, also facial beauty and breast,
clitoral pleasure and penile pleasure enhancement from popping stem cell filled bags right at the deep dermal tissue

During 2021AD erudite people noticed that some popular areas of the internet became echo chambers or highly self-similar repetitive content providers, sometimes this is visible to the user, my Quora account became very homogenous after a while, a simple
user interface could supplant echo homogenization if every personal account had a top level menu that says "feeling the sciences/humanities/commerce/sexy/touristic Right Now" and it could be called the Right Now menu, it could even have a button setting
that says, "take me back to the feedstyle that i generated the most original content with", prompting interaction

Different enantiomers of epithalon could have different beneficial pharmaceutical longevity, telomere lengthening, and wellness effects, there appear to be 6 chirality centers at epithalon suggesting 64 different forms are possible, each of the 64 forms
could be screened for activity at rodents to find the most longevizing version, similarly the most sexual avidity increasing enantiomer of bremelanotide could be found, the most beautifying enantiomer of GHK and other beauty peptides, the most mTOR
inhibiting peptide enantiomer, and the most beneficial longevity hibernation peptide, as well as the most cancer preventing peptide enantiomer, depot injection with order(s) of magnitude higher dose potency

Enatiomers of NMN and NR, longevizing and rejuvenating chemicals could have much higher dose potency or varied beneficial effects at mitochondria

Anticancer chemotherapeutic peptides exist, these could be screened as senolytics to find the ones that get rid of senescent cells, and those improved, causing greater wellness and longevity, as a technology these senolytic peptides could be in
airjectable microparticles of different senolytic drug release times such as every 6 months so that a few mg to a gram lasts for 3 centuries of periodic senolytic treatment

Pop bags of stem cells, somethingsomes, with differentiation to neuron, differentiation chemicals at specific areas of the brain with gentle ultrasound, this could grow the nucleus accumbens pleasure center as well as the neocortex and occipital visual
processing lobe, as well as, just possibly any areas that lights up at fMRI when beneficial enjoyable processes are occuring, this same technology could be used to beneficially increase the size of the thymus gland increasing wellness and effective
infection response

Omega-3 fatty acids like DHA and EPA also have enantiomers, finding the most beneficial enantiomers causes greater brain and heart benefits

Besides HAR, there are human genes and gene variants not found in marmosets, copy the synthesized version of those genes and alleles to mice to see if they are longevizing, if some of them are, then that subgroup are longevity genes, and new synthetic
variations on those genes are then more longevizing than the original human versions, and could be tested on marmosets, then age batched groups of human volunteers to make new human longevity genes and alleles

with the generation of new genes beneficial to humans is preferable to place identical copies at two different chromosomes, about 1/3 of the way up from the center connector, both copies on different non-sex chromosomes would be expressed

Longevity technology, find the bowhead whale allele differences to their nearest relative, longevity could be traceable to those allele variants, compare and construct the same allele variants at marmosets to see if they live longer, if they do then that
subgroup of alleles are longevity causing alleles and then age batched groups of volunteers can get gene therapy of synthesized longevity alleles using crispr/cas9 or better, sometimes it is possible to approximate an allele's effect with epigenetics,
that, if it works would be new epigenetic longevity drugs,

Idea, Cellular Automata alternative to evolution theory as a co-explainer of species diversity, what i call the It pattern and others call the Il pattern, or the mirror are a possible, even likely source of species diversity, but, this requires a test
like growing fungi culture in gentle differently colored light, and white light (roygbiv separately and together) to see if there is any effect on genetics, multiple generations Accumulate color or white changes in the fungal genome, another approach is
at laboratory mammals like marmosets illuminate the pregnant uterus with white, blue, and green light, the white light on the fetus and zygote is accomplished with much higher proportions of YGBIV to RO

Psychedelic peptide, note the fMRI brain regions that light up when a person is on combined LSD with MDMA, then attach localization peptides that are dopamine activating, as well as the receptors of LSD, possibly 5-HT receptor subtypes in a combination
peptide suite, test on mice for harmlessness then test on human volunteers to characterize the high feeling, and develop better and better variants

Computer logic alternative based on 200-300 picometer thick wires that pass sagitally through a disc capacitor's disk, thinking about it visually consider a stem valve's appearance, a rounded top cones apperance, and a couple beads on a string's
appearance, if these forms have a - - - - separate conductive stripe next to them then they function as capacitors, or have capacitor physical form, with the engineerable effect of having different discharge currents depending on stem valve or rounded
cone's local thickness, one way to build a massively parallel array of logic function capacitors is impression technology (at silicone impression technology things as small, i think, as peptide amino acid sequences are impressible), the electrically
conductive impression mold, as big as a 300 mm wafer is coated with electroless plating solution which after impressing then evaporatively concentrates until it reaches the preferred line or capacitor plate shape diameter of metal atom 40 picometer-300
picometer width, the impression wafer-mate is electrically conductive to make advantageous forms of mold release like electrowetting/electrodrying possible, if the impressing wafer mate is transparent to lasers then lasers could percuss the chemical
loaded impression plate from the back for more effective fluid electroless plating solution transfer to each treated wafer,

The breakdown of the dielectric at a capacitor is what carries the electrical power of the computation forward, differently capacitative, as well as polylogic regions can then be wired together as ANDs and Nots, possibly making a NAND element, without a
transistor, out of which all Nand based turing computers can be made, one advantage is that the IC feature size is actually the thinnest line that can be made photolithographically or through other means, like previously described in computer text where
making an evaporable but high surface tension solvent 1% metal solution and drawing a stem valve shape, parabola shaped, or other shape and - - - - multiple separate capacitor lines next to it, also, both -||- plates of the capacitor could be undulating
shapes, as well as the described stem valve plus adjacent capacitor line geometry or form, genetic algorithms could assist in developing new undulating forms beyond the basic duoplate capacitor, these genetic algorithm forms could create multitap
capacitors and optimal dielectric breakdown voltages to be cellular automata as well as turing computers, as well as possibly doing analog computing, as the solvent evaporates the metal waits until it is 1/90-1/98 (90 to 98% evaporated) to plate out,
making a line 10-50 times narrower than a photolithographed line, the line at the fluid area to deposit a line of metal, that makes the feature size go from 2nm wafer impression pad watery line to a 22 picometer minimum line of metal width, and the Ands,
nots, and Nands are built that size, almost 100 times smaller than 2021AD semiconductor computer transistors

Another way to do dielectric breakdown of capacitors to do computation, Disc capacitor with an aperture(s) in the middle with current carrying wires through the lifesaver annulus, or a plurality of apertures like a button, the amount of em carried by the
through wires goes up pulsed DC making magnetics that induct electricity into the capacitor disk, charging the disk capacitor to dielectric breakdown which passes the voltage and current on to the next disc capacitor, moving a computation forward, When
dielectric breakdown is reached and the capacitor switches to On, discharging , this functions like a switching transistor function-similar at 90-98 times smaller feature size than a switching 3nm 2021 AD transistor, the EM windings on the aperture or
geometry of wire pass-through the lifesaver or button can do AND (both wires together produce sufficient charge to make dielectric passing voltage or current, NOT could be chiral reverse direction em that neutralizes the capacitor charging
electromagnetic field, Or as an alternate geometry to annulus lifesavers and 4 aperture buttons could be a plurality of wires passing through the disk capacitor utilizing notably dozens or hundreds of wires and aperatures making polylogic circuits
possible at a disk capacitor with 11 aperatures and wires, that could represent nonturing computational forms like cellular automata, genetic algorithms working on optimizing capacitor wth EM charging polylogic could screen and develop 2^32 combinations
based on 8 different logic elements and 11 combinatorial multiple wire combinations, as a material the wires could physically pass through the disk capacitor aperture, just like an axle, or at a 4 hole button form, 4 axles, but it might be even simpler
to just coat the surface of the disc capacitor with solvent evaporation lines to concentrate and plate out 300-340 picometers diameter wires on the front and back surface of a .5 nanometer sized capacitor disc based on .5 nanometer quantum dot sized
technology, or much smaller with evaporative metal plating to build the disk capacitor at multiple picometer disc sizes,

At immersion lenses used in IC chip photolithography manufacture, predictability and homogeneity of the immersion fluid such as water could be improved with water treatments that result in either of 3 or 23 solvation shells/hydration shells, it is
possible small hydration shell numbers and all the water or other immersion fluid at the immersion lens being the same hydration shell number reduces microvariations in refractive index, improving optical clarity and increasing yield, ways to homogenize
solvation shells include ions, and possibly bulk spin alignment with a magnetic field of the water

Noting water immersion lens takes photolithography to 2-40 nm or smaller social companion robots while being Gynoid and deeply humaniform could have ultra high resolution microscopes on their soft gynoid humaniform fingertips and the social companion
robot could lick its fingers and then touch a live person make an immersion 1 or 2 nm lens to see, that is computationally image any bacteria on the surface of a human, or their mouth or vagina, or stool sample to diagnose a wellness opportunity or spot
an illness before the person becomes ill

Single polymer fiber medical endoscopy, polymer optical fibers 1/100th or less the diameter of a sensationless acupuncture needle could have an immersion lens tip with strong wetting/immersion gel on them to do immersion lens microscopy of unwell tissue
to actually see the bacteria and viruses 2nm/1nm or larger, the things the polymer fiber optic images are then compared to a big online database of what pathogen or disease correlates with the fiber optic visuals, raman spectroscopy could also be
accomplished, Double tube send and receive light at 1-2 nanometer immersion lens is also possible, optimally the transparent polymer 6-8 inch long rigid 1/100th the diameter of an acupuncture needle is completely enzymatically digested by the body, like
sutures after 14 days, noting the ability to make hollow air core fiber optics with silvered sides to produce total internal reflection to transmit the image to the imaging chip outside the body the hollow core fiber could possibly be made from
polylactic acid polymer, hollow cellulose, or even hollow low molecular weight keratin, or laser peened 7-20 times stronger magnesium metal stiff tube, the better version omits snapping off inside the body, but if it does it is harmless, the fiber optic
gets enough light to see from taping an ultrabright Led to the bodily entry area of the fiber optic diagnoser, the material 1000 times harder than diamond called amorphous fullerene glass could make a hollow core probe of unbending stiffness and almost
zero likelihood of breaking off, as previously described at my paper notebooks, and improved here a very thin 1/00th of an acupuncture probe has an outer easy insertion serrated surface such that pulling it out grabs a few cells at each location along
its depth, producing a kind of micrometer biopsy, the cells can be used for many purposes, epigenetics of different organ systems can be measured and found, and the sensationless micrometer biopsy can be a body backup made by young teens and voluntarily
opted for by communicating to 5 year olds that its a little like saving some candy for later, it helps other people (database studies), and since it makes people live longer you get to have your favorite holiday twice this year, you get the day off
school, and you can't feel it, the samples are then cryogenically preserved

I read that a ferrite antenna sheath increases parameters of antenna efficiency 30-70%, I also read "Hydrated Fe3O4 Nanoparticles possess larger magnetic moment than dehydrated ones" that suggests that hydrated Fe2O3 ferrite could have even better
performance if it is hydrated, and they could test different numbers of waters at what i perceive is like Fe2O3•8 H2O molecule, also at a plurality of ferrite-like molecules some could be better than ferrite, with more optimal permittivity, ranging
from 2-800 at sands (2) to a ferrite core material called TP-47 (800) and physics and radio response modelling of different plumpnesses of magnetic hysteresis graphs could find the optimal hysteresis and permittivity of a new antenna sheath for even
greater efficiency gains with genetic algorithms, another thing that could make antennas 10 times more efficient, and able to pick up spread spectrum wave division mutiplexing with 10 times as many resolvable frequency subdivisions, and have 10 times
less noise is to adapt an image chip improvement i read about to electromagnetic antennas like satellite internet, phones, computers, and IoT internet of things hardware, the imaging thing said if you characterized the quantum fluctuations of a
particular imaging chip after it was manufactured you could use math to subtract the quantum noise from the chips imageing output, making the RAW file format size 10 times smaller without compression, basically if you know an individual sensor well
enough its output is 10 times cleaner/less stochastic, and it is my perception its light or radiowave band contrast goes way up, as a physical material object to make radio better the individual antenna,and analog amplifier or preamplifier would each
have their quantum noise measured and characterized, then at the antenna a minute amount of static RAM like a megabyte would be filled up with the quantum noise characterization measured at the factory, with just 2 existing conductors the antenna could
be asked by the microcontroller to share its particular measured quantum noise profile, similarly there would be 1 or 2 pins at the analog amplifier chip that would tell its individual quantum noise profile when asked, combined these two
characterizations of quantum noise could provide RAW file metaphor hyperfidelity at more than 10 times better because there are two analog elements to be quantum characterized

at, raw file if you know quantum noise, but quantum noise profile of every antenna at 1 mb of static ram with serial readability if just screwed in, internet, satellite internet, and phone, also IoT

Deuterium oxide water could be a better immersion lens liquid than water, it is likely to have a higher refractive index, and being more massive be conserving of laminar flow and the opposite of schleirin wiggly, also very high transparency pure isotope
optical fibers are patented as being much better, making photolithography optics and lenses and mirrors out of isotopically pure CaF, Si02, or better lens materials could reduce wiggliness, and heightening semiconductor yield, i have not read the effect
of laser peening on optical transparency, diamonds get 18% stronger, if laser peening makes lenses and fiber optics more transparent then cofocalized laser peening of photolithography lenses is affordable and could increase semiconductor yield, a way to
make more money, similarly laser peening of optical fiber could increase transparency very very cheaply, a benefit is fiber optic length run increase between repeaters, saving money, and increased transparency could even heighten capacity, such as at
data transmission or make welding and percussive and well drilling lasers with optical fiber have sustained function at higher energies

Transforming methane hydrates, ch4, and coal to higher value products with stir welding or minute amounts of explosives

Plants calvin cycle like mammal TCA cycle might have limiting factors that NMM, NR, NAD all beneficially address at mammals, these could be spray-on nutrients, or root injected nutrients that protect from wilting, cause bigger edible seeds or grains,
cause vigorous growth, and at perennials cause longer plant lifespan such as trees, the kind of trees known as giant redwoods could be turned into giant greenwoods, giant bluewoods, and giant whitewoods from making colored fluorescent proteins at their
cambium be a part of the trees' germline genome, thinkerkelp engineered to make its own calvin cycle limiting factors so they cease to limiting, and make PQQ with bacterial genes, and make CoenzymeQ, and optimally make SkQ1 has extra value at causing
dolphin longevity while also making the thinkerkelp particularly good at living and thriving in the ocean

Nitrogenated fullerene 20 or 3000 atom bag compresses whatevers in it when it cofocally dissasembles, that is compressively explodes, besides that the same approach could be used at really big 100 micrometer liposomes, or other humongous somethingsomes,
it is even possible to make a really big explosively nitrogenated toluene liposome or other bag that contains liquid CH4 at LNG temperatures and pressures, detonating the nitrogenated toluene liposomal bag raises pressure tremendously and could
complement simultaneous xray exposure at ionizing the ch4 to ch3, ch2, ch, radicals causing beneficial recombination to longer alkane liquid fuels, at alibaba 98% nitric acid is $200/metric ton, and vegetable oil to make the liposome like bags out of is $
600/ton and benzene which might have a similar alibaba value to toluene is $500/ton, suggesting that explosive compressive liposomes or somethingsomes at 1-8% of lNG volume is just $425 a ton to make, and each ton compresses 99-92 tons of LNG into a
higher value alkane, or about $425 in explosive liposome ingredients changes LNG into 480 oil barrels of liquid fuel, optimally however it could take 3 passes of explosive liposomes to make octane, a liquid fuel


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