10/14/21 turning the kind of air pollution from 2020 liquid and nonliquid hydrocarbons called pm 2.5 to much more physiologically harmless pm.025-1 or eentsier; previously written at a paper notebook is that amorphous buckminsterfullerene glass is more
than 1000 times harder than diamond so as a fuel injector technology i use it, with sonoluminscent strength laser plasma to clean baked on grime, soot, shellac off of fuel injectors airpuffing it out of the fuel injector orifice with diamond-
disintegrating force (newtons) laser plasma motionized air, possible charged to be mostly ozone to react away carbon, element S, and mineral deposits on fuel injectors; this allows the making of 3-11 times as many fuel injector tubes that tend to make a
smaller atomized spray because the fuel injector diameter is optimized, and the droplet flow from the fuel injector comminuted to little spurt lengths with ultrasonics or micrometer sized mechanisms called water hammers that have about 1 moving part,
similar to a bubble cap, and often a particular angle of branching to cause flow to the water hammer; genetic algorithms seeded with engineers basic forms to produce what is technically called plug flow can also be used to produce short length pulses of
fuel and air at fuel injectors utilizing no moving parts; the purpose of the brief linear slugs of fuel, at .25 to 1 micrometer apertures is to 1) oxidize fuel as efficiently as possible for piston motion, or at nonliquid hydrocarbon energy plants use
sonoluminscent strength laser plasma to airpuff solid hydrocarbon particles

Solid hydrocarbon ash shrinking/compressing lasers, ultrasonics, or cheap chemical additives like ozone, basic oh- electrode produced water, or onsite reacted atmospheric nitrogen to make ash compressing or melt-to-higher-density
Nitrogen trichloride, similar to nitrogen triiodide explosive could be made from chlorine based on saltwater, even seawater electrolysis that produces chlorine gas that reacts with a nitrogen compound from onsite production of nitrogen to make an
explosive nitrogen trichloride, or an explosive nitrogenated oxygen-chlorine molecule, i have heard of chlorite and hypochlorate so perhaps very cheap to manufacture from saltwater and air nitrogen hypochlorite is ultraffordable for making newtons of
force at continuous or pulsatile detonation that compresses ash; compressing ash in the exhaust flue could reduce previously pm2.5 particles to eentsier less deleterious size, or, physically compress any and all forms of the ash at the flue while it is
already warmed to be softened, and further cheaply compressed at various flue diameter depths with ultrasonic transducers, compressing all the exhaust flue ash to 1/4 to 1/8 the volume of its previous lacey foamy high surface area ash density, the much
higher mass density ash microparticles or also nanoparticles could be removed with centrifuging, or a pressurized air coanda flow laminar flow motionized gas or fresh air system that does something like gold panning of the flue particles with air to
concentrate them for removal to produce cleaner flue gas and cleaner air, another use of custom compressing and concentrating flue ash is, noting flue ash is already used as a concrete ingredient, custom sizes, densities, and surface characteristics of
coal plant compressed flue ash like extra high wettability dendritic or porous or even possibly spaced line crenellated surfaces could be possible and have more $ value than uncompressed or shaped, particle size optimized exhaust flue ash products that
make better concrete.

An actual engineer would scale up from a laser effect, ultrasound effect, explosive chemical effect, or "chemical like ozonated water or even a metal salt chlorinated, ethynylized, phosphate very very high "dose potency" wetting agent detergent, the
detergent would be introduced as a spray as early in the flue path as possible; it might even have a cheap inorganic deliquescent in it that functions to pull water out of the air like KPCA of NaPCA introduced at a wet steam airflow region (widening,
venturi exit, even cold water radiator); introducing the ultra cheap surfactant or detergent oxychlorinated high phospate rock powder, that is, phosphate rock is 136/metric ton (2021), and using it as a reagent to make a super cheap wetting agent/
detergent/flue ash and sulfur modifier with reagents like chlorine gas, ozone, cheap coal tar and hydrogen from electrolysis of fresh or saltwater combines cheap plentiful materials to remove or shrink ash or sulfur from coal; railcars of salt are likely
cheap, but many locations could drill a brine well making less polluting coal energy plants near the mine both possible and cheaper to build than some other energy technologies

or similar electricity + fresh/salt water or cheap swing compressor oxygen and nitrogen concentrator/separator to make oxygen for ozone or onsite shockwave producing nitrogen for explosives are ultraffordable materials an actual engineer could use well

It is also possible to increase flue gas and environmental air quality from glomming together big agglomerations and have them spontaneously gravity sort out, travel esrthward to an automatic canal or dumpster like hopper that is big enough to utilize
automatic emptying every 24 hours; one approach to making big clumps is making ultrasonic above the range of human hearing, and laser or microwave flue particulate, ash, and sulfur compression and other wave makers (visually, a )))))) striated shockwave
compresses hundreds of 9 cm airspaces; doing something like chladni plate sand vivration plates in 3D space or making ash+sulfur+mineral 3D shock diamonds as they are called; these computer optimized 3D pressure forms press together liquid sulfur and fly
ash and minerals at a wide cooled spot in the flue (consider the hyperbolic praboloid )( cooling tower that often accompanied 20th century nuclear reactors) or even the pumped cold water radiator causing it to stick together enough to coagulate and drop
out of the gas stream into an opening or hopper that automatically empties the 24-72 hour accumulation of coagulated higher mass ash-sulfur-mineral blobules;

At a ))))))) pressure wave ultrasonic laser or microwave system a multifocus fresnel passive reflector, or a superhard material, or material plated (tungsten alloy 2 mm deep plated on some form, like the form in front of the fresnel like lens is also
plated; engineers could further layer the reflectors and energy types to do things like make a compression-expansion of the air at a liquid sulfur blob condensation zone underneath an ash and mineral clumping zone where the gooey liquid sulfur glues all
three together; ga

Another way to heighten air quality coming out of solid carbohydrate combustors like coal plants is to treat the coal before it gets used, i read kaloin, and perhaps magnesium ion ground rocks, clays and dirt are cheap enough to do this, improving on
that is ultrasonic, laser, or microwave mixing and possibly the worlds cheapest paint adherent to coat each aloh2

I read that during the 20th century the developing world had in-hut or in-residence air that would benefit people to be cleaner, the same math, and perhaps some of the same software that makes pollution reduction at coal plants based on acoustic laser
and 3D interference patterns can make autoctalytic conflagratory wood and dung reactions at the living or kitchen area camprings at the developing world dwellings on planet earth, using ultrasonics at higher frequencies than human and animal hearing
locationally direct and move plasma filaments to start and propagate a fresh autocatalytic plasma with spaceoffs and thin threads and laminar flow
That optimizes light, heightening of air quality, and focused warmth output

the wood or dung usage energy that gives, at the adjustment of a video presentation or lookup of a recipe or simply a user interface convention of any circle with a pointer on it, with the right side of the circle with a point's range of motion causing
the most light at the least heat

As a guide to the alibaba $ an 9 watt
LED array white bulb is 25¢, noting that plasma directive computed lasers could use 10 watts directing 100-900 watts of plasma based on thermoelectric generators; commercial thermoelectric generators might be about as much as powertransistors per gram
or photovoltaics per watt, at $7 per 2021 10 photovoltaic watts, that emphasizes the value of better computer guided photonic patterning

At a computer adaptive compression wave plasma campring a multimirror laser steering device is I think, actually 10¢ per multimirror light steering chip, so two or three of those of a higher resolution character is 24-36¢; some laser diodes are 90%
electrically efficient; non eye focusing reduced laser risk THz-Uv spectral areas; whether lasers are used or ultrasonics are used strongly effects $;

Lasers can also support light and heat emission by fiberizing wood through either cutting and steam bursting or just microengraving to be like a broom mop or shred surface for faster and brighter light emission and environmentally cleaner, one of the
cheapest versions lasers at $9 for 7 watts (Mic.com) or 32 watts of narrow beam collimated LEd for 64 +/- 2 ¢ laser engrave or beline or shred the surface of the wood or dung to make sure the wood or dung surface is constantly stringy, or broom like,
continuously laser directed to have fresh surface at campring plasma activity this laser broomifier is the cheapest version, only uses 2 opposite diameter semiconductor lasers on either side of the camp ring, 2 ten ¢ micromirror arrays and is powered by
either 3 watts of phovoltaic (2021 70¢/watt) that charge up 8 amp hours at batteries of nontoxic element, possibly lithium iron phosphate at 2021 bettery technology or better at 11 cents per amp hour, so 88¢ of Lithium iron phosphate battery, so
dynamic laser editing of a 120 minute autocatalytic plasma utilizes, and could possibly be run off collimated pulsed narrow beam LEDs, to make the LEDs 29¢, or if true laser diodes are used at $1.20 for 1.1 watts, sufficient possibly to laser engrave
and shred the wood or dung, a 8¢ AI capable microprocessor circuit board, and warmth resistant case like teflon is 18 ¢, two 20¢ camera modules like those on phones, and and 11 meters of wire to the exterior of dwelling photovoltaics is 11¢, these
together are near $5.83 for the laser version, with a collimated narrow beam pulsed LED version about $1 less; as a technology this could reduce the time spent gathering wood or dung saving effort, as well as reduce meal preparation time from computer
guided camp ring plasma, sophisticated or perhaps obvious computer programs could make laser patterns that cause the plasma to oxidize away wood to progessively comminute wood so the woodheap is always optimally shaped, Basically the lasers effect on
plasma steering causes the unordered pile of wood to be ordered like Jenga or tetris piece piles that oxidize with the least particulates in air produced; i think a campring wood use optimizer would also be of interest to developed world recreational
hikers and camping enthusiasts and people that like to (2021 word) "prep", prepare for various different events. As well as Girl and Boy scouts, the developed world laser enhanced campring users are likely to use the very lightest batteries, lighter
stronger wire to the photovoltaics, and sapphire or silicon nitride laser windows that resist abrasion although at the developing world they are aware that just rubbing a drop of vegetable oil on the laser window, while it would make an engineer grimace
would restore function based on camera feedback of engraving laser efficacy;

Lasers or acoustic that blast holes in coals to get them to emit more light or warmth are possible

2021 thermoelectrics are at research 15-20% efficient; that is one source of electrical energy for the ultrasonics and lasers, as well as recharge of personal electronics

Very cheap vertical spikes could be driven into the ground :::: and have acoustic resonanat specialized forms for effecting plasma and possibly a brightly light emitting lantern mantle coating, similar to tent spikes, a group of these could be driven
into the earth at the campringand be structurally strong enough to having wood or dung loaded on them

withand voice control the ability to tune the auto with cofocalized pressure waves last longer, make less smoke, use less wood or dung
othermade of cheap cast ceramic might make it so the ultrasonics or even lasers use less energy, less actual hardware like transducers and laser arrays

Getting
arrsys.with as ways to produce, at a few dozens of dollars a metric ton, ash disintegrating, shrinking, and clumping agents to make it super cheaply separable from the exhsust flue gases which then creates cleaner air,

it may even be possible to shrink exhaust ash with a simple swirl form and widening of the pipe, or something like a corkscrew shaped (nonmoving) insert that causes rapid wet steam mixing before the droplets in the wet steam reach the ash particulate to
shrink it, or different than that a cooling venturi exit arranged to have ultrasonic water mist or wet steam at the area of the venturi that is cooler, temporarily physically wetting the nonliquid hydrocarbon midway up the flue;

Its possible that the cheaper more optimal approach is a 99.99% noncondensing humid air approach, hydrocarbon exhaust gases are already loaded with lots of water, but its possible maintaining high humidity like 99.99% causes flue ash to disintegrate,
with or without lasers and ultrasonics the wetting ability could go way up with the cheapest possible "high dose potency" surfactants or detergents; i
liquid nitrogen, and, at coal, carbon as the distillation of coal called coal tar, combined with nitric acid from spark discharge of nitrogen and dry steam (maybe, there are likely even more affordable ways to make nitric acid, possibly the different
electrode producing acidic pH nitrogen chemical that can be pumped off the electrode; the niric acid or other nitrogenous electrode acid is used, just like nitric acid and cellulose form nitrocellulose to nitrogenate coal tar to the point of making
explosives; the explosives are continually sprayed into the exhaust stream of the coal plant where they compress the ash in the exhaust, reducing particle size to less than 1 micrometer turning the health averse

There may also be some use of onsite generated coal tar explosives to concentrate sulfur particles or exhaust gas to make sulfur more fully filtered out; one possibility is a water cooled flue insert that; sulfur crystal size at the distance on the flue/
exhaust pipe where sulfur crystals form might, at that area of temperature and pressure that consenses liquid sulfur or crystalline sulfur could condense out much more sulfur with cetrifuged flue exhsust gets a concentrated stream or amount of sulfur
nucleation nanoparticles or possibly microparticles, the sulfur nucleation dust, similar to cloud seeding, prompts much larger and faster formation of liquid sulfur droplets or also sulfur crystals that sequester and are removable before the exhaust flue
exit to the atmosphere

eproduced when electrolyzing an ammonia and water mixture

Technology that grows and shapes breasts to the software image most preferred of humans (
Homo sapiens and branch species) with two sex chromosomes both of them X sex chromosomes, previously described are technologies that increase both breast size and perkiness such as iontophoretic transport of aromatase enzymes, and aromatase inhibitor
protein molecule passivators that are peptides that nestle to the aromatase inhibitor protein neutralizing it, also possibly previously described are rna epigenetic drugs that upregulate aromatase, acetylating the aromatase gene increasing breast tissue
amount, also hypermethylating (downregulating) the aromatase inhibitor gene is a way to increase breast size, as a technology persons prior to puberty or beginning puberty, if they opt for going through puberty rather than omitting puberty (I fvor aking
puberty optional) can upload a topless or nude image and see the effects onscreen of drugs like epigenetic drugs, immunizations against aromtase and epigenetics that modify, increase or decrease both progesterones and estrogen's epigenetically modified
production amount, i read at wikipedia that progesterone effects breast shape, and estrogen effects breast size, so a range of shapes and sizes of breasts, waist and hips is possible for the prepubertal person to create the form of with an epigenetic
drug suite or group,technologically the computer modelled single airjection dose and if a pill is preferred or is particularly compatible to receive in an envelope through the mail after making and modelling their preferred body form then either 1 oral
pill with 3-6 multimonth lasting drug delivery with RNA-20 carbon dodecanate or even more gradually released 40 carbon linked structurally durablized RNA-40oate give the persons their body form and beauty preference of their breast size and form as well
narrowness of waist at various math formula at the software interpreting multiple breast size, breast form, and narrowness of waist that the human (Homo sapiens and branch species) associated breasts and narrowness of waist, the dodecanoate moiety can
have versions with and without a lot of hydroxyls so the two or more versions reach through and pass negatively charged hydrophilic membranes and dodecanoates or C40-oates as well as those modifications the RNA drug could also have outer cell membrane
passing peptides known as CPP, as well as nuclear membrane passing peptides that get the RNA drug in the immediate area of the histones of the DNA they modify

Another technology that makes it so people going through puberty can have their preferred beauty form is photonically activated epigenetic drugs, orally administered and sensitive to cofocalized light, notably at the unusually tissue transmissive far
infrared and possibly THz forms of electromagnetic radiation, in a multiple depth and 1 mm sized voxel sized curved shape way, the hips and thighs and stomach and buttocks, acronym HTSB, adipose and connective tissue at HTSB can have highly localized
photoactivated epigenetic drugs like RNA drugs block or reduce estrogenic based growth of HTSB so the computer modelled image can address the size, and form of hips, thighs, stomach, and buttocks with a 3D light pattern that activates photoepigenetics to,
at the users preference, epigenetically downregulate local estrogen production, downregulate aromatase inhibitors, downregulate human growth hormone, also, different photonic regulation at prepubertal or early puberty at genome predicted risk of
cellulite or stretch marks can have that risk removed with photonically activated rna epigenetic regulators of connective tissue and epigenetic of rapidity of growth

Puberty can be made optional, something many children may want to omit, with oral RNA drugs or depot airjection of Rna epigenetic drugs that hypermethylate the puberty prompting kisspeptin gene as well as hypermethylating the gonadatropin hormone
releasing hormone gene, even while blocking or precluding puberty it is beneficial to increase sexual avidity at all ages and chromosomal sexes, including prepubertal ages and the entire interval of blocked or preferentially deferred puberty,

Paleness bremelanotide is described at my (Treon Verdery) imaged paper notes and possibly computer text notes; noting beneficialness from both higher sexual avidity and sexual frequency, and noting what i, treon verdery call the IT pattern, which others
may call the mirror or IL, does to benefit people with genetically based porcelain white skin, genetically blond hair and light blue eyes it is a beneficial to make paleness blonde hair blue eyes part of the human genome, two simultaneous approaches can
be used 1) simply editing the about 7 dark melanin genes that are published to have the version of the allele with the least dark melanin production, the other melanin gene codes yellow melanin and the amount of that determines the color form of the kind
of blonde hair that occurs, i think there could be some IT/IL/the mirror pattern benefit so that germline genetic modification from DNA editing that makes people have porcelain white skin, blue eyes and the lightest form of blonde hair is beneficial to
the individual as well as persons they live amongst; well as hypermethylating the genes that cause another approach to paleness and beneficial sexual avidity is modifying the individual nodes of the acth network bremelanotide the peptide was developed
from; he production the part of acth network that paleness bremalanotide stimlates or simulates; acetylating that paleness bremelanotide functionalike gene or group of genes heightens sexual avidity like paleness bremelanotide, modifying the germline of
all humans (Homo sapiens and branch species) to produce RNA epigenetic drugs that function to both upregulate the sexual avidity and increase body paleness at an amount equivalent to a 9 mg injected dose of paleness bremalanotide, which is likely to
cause greater sexual avidity than the 1 mg commercial drug standard dose the parts of the acth network that

As a chemical toolkit a simple, optimally predictable change that could strongly effect drug, and peptide drug and RNA drug performance is the actuality and notation of the hydrogens and hydroxyl moeities angling up out of the page at you and pointing
back through the page are other possibilities, wikipedia says that exists is twice the number that is like 3 or 2 additional characteristics of hydrogens or hydroxyl groups per moiety, i maybe should have read more deeply to find out if in the paper flat
might be a sntheiseable choice or if the molecule has sterocenters that can spin off to be on a branch; directing this arbitrarily at synthesis in an eentsy but globally beneficial molecule like an ozone safe fluorocarbon like CH2F2 or an ozone harmless
C2 or C3 molecule enantiomerically different from each other; there is a very near synthesis of brominated as compared with fluorinated halogenatated enantiomer at 10/14/21 wikipedia stereospecificity page, these quick little refrigerant enantiomers may
do something great like permit compressors and refrigerant that save 1/5 to 1/11th the energy, as well as be ozone layer harmless, this seems really unlikely but maybe it is possible from screening about 80-120 refrigerant with C4 or less halogenated
structure enantiomers to make better refrigerants; another possible enantiomeric optimized is buckminsterfullerene such as thousand (s) of times harder than diamond amorphous fullerene glass, also graphene with hydrogen on one side of the graphene and
hydroxyls or other moieties on the other side of the graphene can be enantiomeric

Enantiomeric vaccine adjuvants are likely possible noting enantiomeric graphene sterocenters being possible, and that some carbon forms are now vaccine adjuvants, verify that these enantomeric graphene vaccine adjuvants increase vaccine response and dose
potency, increasing dose potency makes vaccines even more affordable, veterinary vaccines that are near 20 cents per dose and human vaccines are near 10-36 cents a dose, or possibly 2-7 cents a dose at made-in-China.com

An epigenetic RNA drug and also RNA vaccine amplifier like an adjuvant would be a chemical that increases RNA uptake utilizing transporter uptake activity increase from a drug; another possibility is screening a library of chemicals in the presence of
transportable RNA; some possibilities are viral envelope protein fragments, simply running cytes on doubled ATP, so at an oral or injected RNA drug 300-700 grams of an all ATP oral drink simultaneously that temporarily provides large cell membrane RNA
transport mechanisms with energy; ATP drink is likely much more effective but ordinary glucose combined with any chemical that temporarily heightens mitochondrial activity and velocity could have value

looking at the published TCA cycle there is a slowest chemical step at TCA that could possibly have an orally adminstered functionalike velcitizing atp production to provide extra energy to RNA transport, i am reminded of NMN, but as a chemical the tca
accelerant could have the nicotinamide attached to ATP or NAD

Another RNA epigenetic as well as RNA drug transporter enhancement is attaching a cell penetrating peptide CPP to the RNA drug, possibly distally or possibly as a branch extending from the sides, if more CPP moieties cause more uptransport even 7-20
nucleotide drugs and vaccines can have 7-40 attached CPP

pnother memb

Rapamycin and other longevity enantiomer drugs
putting various sections of rapamycin extending them out toward the viewer at rapamycin could generate a large number of longevity drug variants, and testing markedly different moiety angle variants could provide a sense of the different rapamycins
longevity effect at tissue culture, doing it to proteins, nucleic acid drugs, peptides and existing antibiotics, antivirals could provide many high likeliness of success drugs to test

Laser peening, femtosecond, picosecond, microsecond is described as a shockwave laser rather than ablative laser treatment that can make metal alloys 30% harder and Cu 3.5 times more corrosion resistant; laser peening can have laser circle or other shape
1mm to 1 Cm diameter, and depth of effect of 2.3 mm, laser peening of teeth could make dentin and enamel much harder and resistant to corrosion, like the pH based corrosion that causes cavities, cofocalization could be used to laser peen at depth 11 mild
to the surface laser peening converging beams, strengthening the area under the gum; laser peening of the inner faces of fillings i perceive have greater risk of infection and separation, as well as laser peening the tooth implant holes that are drilled
in bone guided with optical fiber that has both camera and optical fiber laser

Laser peening often makes things about 30% stronger, when i looked online i could only find a couple references near the laser peening of polymer, one was laser peening of 7.5% aluminum polymer composite and it got, perhaps 30% stronger and 30% less
likely to tear from a notch; what i perceive as a treatment process much much cheaper than a laser printer because it omits both paper and toner and is just a laser scanner could in

A large form polymer laser peening of polymer sheet, makes polymer consumer goods that people wanted to be more environmentally sparing with like plastic trash bags, medical plastics and gloves, internet commerce bubblewrap and container polymers could
all likely use 1/3 less material with laser peening they could also design a new weight, and branching of the polyethylene molecule that, if fortunate, was 60% stronger on laser peening like some metals; from a technology perspective it may be possible
to replace scanning lasers with holographic wide full area peening optics, and, a thing that reduces bulk sheet raw material even more could be to use nanosecond or picosecond multiwatt LEDs to do the light peening 5-11 times cheaper than 2021 alibaba
laser diodes, things that make polymers more rigid prior to laser peening like cold working, or cold working of the raw pellets that get molded into plastic is a way, as is, an ordinary metal laser laser peening technique a washable coating, the cheapest
washable hard coating for say an automotive body panel or 120" immersive 3D media and amusement monitor is sprayed on color matched mineral clay, filtered and centrifuged so that the suspended clay particles are all about the same size, the optimal size
to act as a light peening absorber that transmits the laser peening shockwave 2…3 mm to 1 cm (1 cm is amazing but i think thats what i read for metal) as well as the possibility of putting an easily washable sucrose hard coating on the polymer as a
laser peening percussive surface, note that sugar is 9¢ per kilogram but LDPE is 35¢/kg, so sugar, possibly with benign hardening additives like clay could still do laser peening of a completed plastic/polymer part while preserving a mirror finish

Ultrasonic or laser or thz puffed plastic-in plastic integral fasteners, cofocal ultrasonic welding of plastic at depth

Laser peened optics and front surface mirrors and hardness coated spectacle and binocular optics as well as laser peening optical windows that reduce abrasion risk are likely possible, laser peening of the amorphous buckminsterfullerene glass thousand(s)
of times harder than diamond could increase its strength, and waveguides made of amorphous buckminsterfullerene glass could do/bring hyspercpectral and focused optics as well as circularly polarized vision at imaging ICs

A new kind of thz-uv waveguide or other frequency range is to have the tubes of the waveguide made at ic fab techniques have actual minute EM/multispectral light detectors with electrical connections be built at part of the walls of the waveguide tubes,
the computer part, optimally on the same chip could tell that one section of the waveguide was transporting blue light and another section THz EM, that waveguide has the path tube density, including stacked layers to have the vision equivalent resolution
of .5/20, that is something 20 feet away has the same focal sharpness as something ,5 feet away, the waveguide has all 720 degrees of spherical observation degrees, notably the waveguide brings the light to an even more optimal camera chip than the image
processing at the waveguide tube sensors, another improvement to the waveguide is, if it actually works, utilizing the magnetooptical effect to make it so software can choose which branched path to send THz-Uv em and light along as a dynamically
programmable path, this could be used with New Scientist magazine quantum camera to receive and classify and measure received quantum entangled photons across different forms of spin at light, quantum camera THz would be very good at seeing through
things as with quantum camera no optical return traversal is required to make an image;

Laser peened gloves and condoms could be 30-60% thinner perhaps with new synthetic rubbers producing much greater touch and erotic sensitivity than previous gloves and condoms, making synthetic or mined diamond dust, say alibaba .5-2¢ amount at
fingerpad sides of fingers of polymer and upper glans area of condom could further enhance sensation affordably


Laser peening cardboard and paperboard for greater strength may or may not work although they could test it, a depth of 2.3 mm at the laser peening of paper flats suggests similar thickness to the paperboard === cardboard is made from; this could benefit
amazon cardboard boxes and all other cardboard boxes as an equally strong cardboard container that could use 30-60% less material and so be cheaper; i perceive plywood glue a urea formaldehyde polymer is cheaper than wood, plywood glue that is laser
peening formula optimized could be a 60% greater strength paperboard novel ingredient, one benefit to making laser peened and laser peenable paper products is that it could cause 30-60% less tree harvesting, and my perception during 2021 is that some %
of trees harvested in the developing world are original first growth forest, so using 30-60% less wood product benefits their existence


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