“melt-strip” the screws; it could friction chevron paint screws could also be used at cabinentmaking/kitchen/bathroom work, and be “melt-stripped” with a socket end screwdriver if there was change and rework.

Now, get abstract. The industrial designer has made a snap=together plastic housing for something. Perhaps it is only a snap together platic housing, or prehaps it is something larger like medical equipment that combines some screws with snap tohether
plastics. It is at a product of high enough value that quality control QC might turn a unit back for rework, the actual mechanisms of even the surface finish. You want all the plastic snap togethers to come apart easily and all the screws to loosen up
just a little.
The chevrons contain shrinky dinks. 150-169 they shrink, 170 they melt; option for ultrasonic shrinky dinks. tolerance paint.

an ultrasonic shrinky dink at a waher gets 20% smaller, if QC says to do rework just put the Untied Technologies magic want next to that side of the piece, and turn it on for 1 minute. The washers all shrink. The polymer chevrons all shrink. hoberman
foam, resonant MEMs

the grease superliquifies,

structides, imitation protein glue (wood glue) that reconforms with ultrasounf or warmth.

Magic wand hammer. You just hold the tube (hammer) up the the nail, touch it to the nailhead, and the nail is percussed at the right force, angle and frequency to drive the nail in. You do feel the wand laying on the nailhead tip with continuinty. You
(or a drone, do keep it on task like wiping ketchup up with a frechn fry.
How it works, ok so its really light; ergonocmics suggests as light as possible. Each percuss only drives the nail part of millimeter, the linear actuatior in the tube is that weak, but it does it at high cycles per second and the nail pushes faster than
butter, in fact to justify this as an invention you have to show that mehcnaically it can handle driving nails twice as fast as the day average of a 2020 manual hammerer.
Optimally he nail head is is lubricated
it’s safe to hold he nail with your non wand hand.
99% efficient electric motors
quartersquisher electronics
you use up nails, you use up caulk tubes, you could use up quartersquished solenoids each day, like just slide a new one on in the morning.
Advantage, the wand is just a wand, or maybe a big battery, with a [][][][][][][][] pezlike stack of quartersquishers in its base.

your hand blocks recoil; the gyroscopes block recoil; the quartersquisher head is on a shock absorber (like vehicle) with turning the gyroscope just the right way, the gyroscope can absorb the recoil rather than the drone.

“You set the controls to “flat on surface”
You grab the lubricated chevron covered nail
(vinyl that turns granular could be firm hold lubrican)
your overglove (thanos) lights up green, it’ straight enough to go in!

a work overglove with an obvious place to put electronics on it like stcik on gems or a belt loop. The overglove contains camera #2, and a reticle laser.

spring loaded hitachi head
the quarter squishers CPU can see how near the driving head is to the nail holding head, and automatically moderates its drive intensity to be safe if the nail holding hand gets in the way.

Is millivector fracing possible with a nail? no, well, then , ok a little: purposefully minutely curved nails ) may have greater strength or staying power and he wand hammer makes better connections. I think you are always supposed to strike straight
though.

Safety drones watches everybody lift, tells supervisor at end of day who is not doing it right.

was a hammering drone, and a hammering drone is better. In fact a hammeringdrone could carry a hammering wand.










alternate version, the persons wears a mirror button on their crafting hat or hard hat. another laternative version, they actually are wearing mirrored laser goggles, (construction owkers already are supposed to wear safety goggles. (but do they? and
globally?) but if they took them off, even at the wrong time, noting would happen as the tool would turn off.

You put something that looks like a toilet plunger on the wall, only an industrial designer made it look good. On the outside of the toilet plunger (which might be called a SiteDisk) there is a display showing the material, the laser reticle, and the
CPU senses all light is blocked



The two windshield car: at one extreme is a motor vehicle with completely optimized aerodynamics, and rather than a windshield, a big video screen inside. A 2020 vehicle has an angled curved windshield. An intermediate form is a superarodynamic
windshield, perhaps at a longer front hood length, with more room for raking angle. The superaerodynamic transparent windshield would cover a [ixnaum] safety-swing friendly big vehicle front. (weinermobile bubble). Genetic algorithms would be used to
find maximum transparency and maximum field of view at a duowindshield vehicle.

For industrial designers this would possibly be a huge treat. during 2020 there were all these Big Front trucks around my town, and the owners might have liked something 1-40% bigger for styling puposes, so the MPG-fiendly long hood duowindhsield migh
be both possible and appealing to some people. Personally, I’m enthused about electric vehicles mileage, and feeing causual about petroleum, so a 1-3% mileage penalty to save 10-30% of car and motobike accident lives sounds appealing.

Besides, Engineers and Halfbakers are already likely woking on better mileage as you read this.

The xternal windshiled in a vehicle ould even be dynamic, changing its angle to fit vehicle velocity.

crudely, this looks a little like a car, with a bubble in front, and then a cover on the bubble that looks like a longer than the hood streamlined parabola. Optical software and genetic algorithms could test out combinations of shapes, polarizations (
microreflection control), and optical coatings to find a duowindshield with optimal optics.

Note: of course, drive by big video
screen (retina display or higher resolution) could become the norm, in which case teh duowindshiled is actually just a “I can really see outside the car” safety feature if the CPU windshield stopped working.

I have never heard of tubercles on vehicle exteriors to make them more aerodynamic. tubercles make ships propellors 30% more hydrodynamic, so tubercles, of perhaps genetic algorthm “anti-tubercles” could increase aerodynamic efficiency. gnetic
algowith, starting, from my ignorance, with anti tubercles thatperhasp looks like seeds-removed pomegranete flesh, or if you impressed pumpkin seeds in
clay then took the pumpkin seeds out.


Epigenetic epicurean Grains and TOR, Grass and TOR and milk cows and chickens. tall strong and early, gel beads to insert any seed in; epigenetics
“sweet, and early”

genetic algorithm, positive response to cute little containers, best round container that exceeds a square box

both size and shape. circles and netsuke

highly dubious and might not work: the opposite of botox, inject something into smile muscles that amplifies a slight smile into a bigger smile, causing social advantage, and beneficially a person could do this knowing their more frequent visible smiles
made other people a little happier; It might also make the person happier because of the published “If you smile on purpose you feel happier” effect. nootropic oil injections, anti-GABA just at smile muscles, just possibly stimulants, directly,
for example, imaginably 70 mg of methamphetamine spread all over a 70 Kg person causes activty from the mass fraction, just 1-2/70th at the brain; so, if methamphetamine or other stimulants effect nerves, besides dopamine, at the 20-40 grams (tops) of
smile muscles or other beneficial facial expression muscles then that is 1 milligram/Kg divided by 50, or 20 micrograms/24 hours. A depot injection of some kind of drug-delivered stimulant that contained 100 mg of stimulant would cause potentiated,
livelier smiling at a duration of 5000 days of livelier, quicker to smile, stimulated smile muscles.

Sex technology: Do stimulants work on genital sensation centers; a thing I read suggests that

iontophoresis of a depot injection equivalent dose all over the clitoris, and at the mutlicom area of the penis, all over the penis.

I favor genetic engineering to cause greater pleasure at male sexuality as well as multiple male ejaculations with absence of nonpleasing sensitization and refractory period. During 2020, a different thing, instant durable aneasthetic at the penis is
also posssible and caould get rid of premature ejaculation; iontophoresis superloading of a fewer mers so as to be drug-diffusive PVDF that contains opiate peptides, gaba neuron stimulating peptides, or also any known anaesthetic (procaine/novacaine)
such that the application of the iontophoresis sleeve on the penis causes 3-24 months of anesthetized penis effect; measure and verify that an anesthetized penis actually reduces premature ejaculation (it may or may not), and also refine the technology
by noting that 1-100% anesthesia could get rid of premature ejaculation, possibly at just partial anesthesia, like 40%.

Causing greater sexual pleasure at the clitoris and the penis is also possible with iontophoretic bulk loading of drugs into genital tissues including the vaginally interior O-spot, A-spot, G-spot and of course the clitoris as well as penis. As
previously described, PVDF loaded with opiate receptor antagonists (less sleepy less baseline “anesthesia” of genitals) could be delivered with iontophoresis opiate peptides are active at (published) 700 picograms per rodent, so a genital tissue
localized opiate antagonist could, in a numerical way that is eye-brow-raising, be as little as 35 picograms per 24 hours. If it is possible to iontophoretically migrate 700 micrograms into genital tissue, such as with a vaginal insert and clitoral
decal, that is over a 21,000 24 hour periods of heightened female genital sensation, over 60 years of greater sexual enjoyment from one treatment. However, I do not know if the 700 picograms was for a mouse or a rat. If it were for a rat then ten times
as much tissue mass was effectively adressed with 700 picograms, making the during of enhanced female genital pleasure over 6 centuries of enhanced female sexual pleasure.

epigenetics of sexual pleasure; mRNA of novacaine, then find the genital novacine reistant epigentics at 98th perentile from sample of 100 paid volunters, if they exist.



epigenetics of getting rid of premature ejaculation


screen a library of transparent conductive polymer molecular variants on things like PEDOT to find some that are physiologically harmless and biocompatible. a possibility is highly charged fluoromer like modified PVDF


Longevity technology: There is some published support that procaine, which might actually be novacaine, but might not be, causes greater longevity, and there may also be some supportive human studies on procaine. What is the mRNA produced by procaine,
and are any of those coding actual circulating proteins, or perhaps (at longevity effect) larger amount of receptors transcribed from the mRNA. If procaine is restudiend and verified as causing greater longevity at mice, then finding the protein
products of the mRNA procaine administration could be the basis of new protein longevity drugs.

a feel good drug that makes people live longer; screen a library cocaine to procaine moleculat variants; find a fun drug that is as longevizing or more longevizing than procaine.

One nice thing about thinking about technology is that you (I) can see how things that make people’s lives beter can actually be made. On the browser there are some mediagenic children smiling a lot and speaking in unison at a fun thing an adult wrote
and coreographed to make people happy. Thinking of the happiness of the child actors though, and further, thinking of the happiness of children who do things like dance, and gymanstics a little technology can make their lives even better. Brain reading
photonics are published, and at other places in my notes I describe a battery powered head circlet that does photonic brain reading. Also, regular environmental/all room cameras could record facial microexpresions and do digital themography all for
thepurpose of finding out which parts of Dance and performing arts, if any, children like doing; at performing arts a lot of doing, during the 20th century AD was the hours spent on practice, so the brain and person scanning of children at recreational
activities could be used to make those activities even more enjoyable for children. To make childrenhappy and entertain them, even while they work on things that, may, optionally, entertain others could go with adjusting complexity-length of various
activties; this is well known and obvious, basing the entire thing around neural network happiness estiamtion of children’s performing arts and gymanstics recreation on a moment by moment, dance step identifying, word and concept ientifying, nearness
to audience identifying, music identifying, and spoken word content (both success at expression of something well known, like lines to an actor, and the possible effects of saying those lines over and over again at a rehearsal on happiness of mind) and
character compared with mehos acting, whre just perhaps method acting or some completely new kind thatmakes children happier than (methos/character) acting is better than character acting. I am kind of ignorant so I perceive chracter acting is where a
person kind of acts like they “are” the character. So if a child has a happy prosical space explorer/astronougt role then character acting is harmless and maybe fun, but if the child is character acting, say, an astronout doing an “apollo 13 movie
(I didn’t see it)” gritty self-rescue then method acting might be more happiness producing.

At children that do performance activities (arts) and gymnastics, Action of constructive media and talent beneficial; daydreaming enjoyable; career planning spurious;

At children that only consume performance activities (favorite bands, superhero fantasies) perhaps they could measure if :participation-lite” like cosplay (dress, up and perhaps knowing a few media phrases, and associating at a festival with other
enthusiasts ) causes children of various stratified seprately measured ages to have quantifiably more fun and be happier.

stratified happiness of me at 54: so, like, as is obvious, even though I will never be member of a great music group I could still do karoake, or if I liked a previously existing musical group enough, learn an instrument and be a part of a “tribute”
band. Other people already do similar things but measurement and finding that top 10% of enjoyment, then sequening a variety of top 10% activities together to make a recreational form that is sort of uniformly (but interestingly) enjoyable. *perhaps
cruise ships are like this; afer you karaoke and have some recreational drugs you go swimming and then later thatevening you get instant instructions on how to do, and instnatly enjoy country line dancing; cruise ships strive to provide enjoyment, so
they ay already have lots of amateur things to measure, improve, and sequence.

So anyway, as a happiness technology for children (and adults), measuring the actual effect of each of the instantiations, microinstantiations of “the arts” and nonprofessionals doing it could cause a top 10% of awesomely fun, happiness producing
things to do at the highly nonprofessional-friendly instantiations of the arts. For example, Dancers, it’s not that as a dance you do the nutcracker as a child, perhaps with technology they find out that the snowflake costumed characters are having
the very most fun at performing because they are, literally physiologically spinning around in circles and getting dizzy. They also get to see their friends outside where they live, and hear music over and over again. Measure with headsets and all-room
cameras. So, then a choeographer would take the 10% funnest instantiations of microactivities at the nutcracker,

and in general the arts and write new works knowing that nonprofessionals would be participating/doing their works.

Comically,this brings up the unlikely, “next time I talk to a very popular performer or entertainer, urge them to use their creativity to make an upper 10% of happiness at participation product; since there are no actual measurements I am aware of that
might mean I suggest Taylor swift write some sing-along-to-the radio songs, or Dance choreographers produce a “nutcracker medley” performance with music and just parts that are really fun for the children to dance.

They could also do children’s ballet, if they do childrens ballet, as a new upper 10% of enjoyment and happiness form. First find the upper 10% of what children who have returned to do more ballet 2 years in a row like during ballet. Then teach that
as ballet to the completely new students. Choreograph new works around “lite ballet”, which may contain just 10-30% of the movments of usual ballet. Partially guided by the knowledge of genetic algorithms, create moderate modifications to the top 10%
, measure (photonic scans, room scans, microexpressions) then accumulate a bunch of New dance movements that are happiness producing. The new dance movements take up the choreographic gap from isoltationg just the fun happy part of ballet and
complement it with new genetic algorithm developed movements so there’s enough dance moves to choreograph stuff. Thinking technology, there is even the possibility that just like a human DJ guides the mood of a concertlike dance environement, computer
programs could do, that is sequence and choreograph an end to end .5-2 hour long dance experience based on measurments of what children (nd adults) really like. It’s not technically creative, it’s just nonsentient choresoftware alternating rave
hands, couples hand in hand dips, spinning around, and who knows what else in a way that is optimized to make the dancers happiest. (A 20th century a dance studio would have called it a “class”, and I suppose on a cruise shipit would just be called a
“dance”)

Superhero movie (very large 2019AD market share) writers could use brain reading technology, and study the actual text and frequency of what age-classified people (7th graders; 32 year olds) repeat as themes or kind of spoken word imitate the movie
content. then, noting that, “the choice is succesful, the next winner is you” has more meme enjoyment, and perhaps higher numbers of happiness re-enactments than “a family of one.”, “i am Groot.” or a contextually funny, “skycastle
shmycastle”. Then the movie writers, because I do not have any idea how movie writers work, just let the top 10% of feel great from previous movies soak in and then make more movies people like, not only when they see them, but when they re-enact them
out in the world.
Interestingly, some successful movie writers know how movie writers work, and would say, “hm, as a utilitarian you should have just outlined a management science basic: state inputs and desired outcomes, delegate, re-meet. So hire a freelance movie
writer with good product, than ask them to think like an engineer or inventor, and describe a technology to make superhero movies better, more “Baby Yoda lives on Naboo” and “let me tell you, we found the best movie in the world we could find
without suspense or even as little as a scoldable character” my first thought was travelogous to keep the level of interest up and flowing. Adults and teens can enjoy romances. I have never in my whole life heard of a movie where children, who just
have friends, rather than romances, watch firendships forming in a way that is as thrilling to them as teens and adults watching romances forming.

So, new kind of zero suspense all good guy movie: Children younger than those that have romance watch friendships forming at a movie, such that the computer brain scan, digital thermography, and microexpressions say they really like the movie; I think
frendships are a major part of children’s emotional repetoire and houghts, so they have a top 10% of enjoyability of various components of friendship. Personality types (myers briggs) could make a big difference in what children would like to
experience at a “friendship movie” startlingly, you could even have the adult actors do it; the firendships being formed could be bewteen adult superheros) Or, it could be a travelog (that movie with a short for each person in equence that gets a
particular dollar transferred to them), or a timealog (same time next year (I didn’t see same time), groundhog day, or Bill and ted’s excellent adventure. On Naboo Pineas could meet Ferb.

There are people who can write comedy or superhero movies and actually plan which words people are going to be repeating in fragments of mini-play on the playground at school. I think maybe it is possible to do that on purpose as well. (obviously,
repetition, advertising)

Just could use the photonic brain reading and microexpression neural network processing to develop and shape the recreational product. At a video UK ITV4 I saw on youtube of (some 11 year olds girls doing whatever they like for a week) they did a fashion
show, painting, cooking,

The internet says there is 69% inheritability of ligament wellness, suggesting epigenetic drugs that cause ligament wellness are possible such as peptides drugs, zinc finger srufs and others (like mass screened natural products). These epigenetics of
beter sustained functioning ligaments, if nondeleterious, could be made an option for the epigenetic treatment of babies, prior to full body and ligament growth.
“The incidence rate of ACL rupture was 70 (95% CI 66 to 74) per 100 000 person years. The familial risk, which is the excess risk ratio (RR) of the second twin having ACL rupture given that the first twin has had such a rupture, was higher in identical
twin pairs (RR=8.6, 95% CI 6.2 to 11.0) than in fraternal twin pairs (RR=1.9, 95% CI 0.9 to 3.0). The overall heritability of ACL rupture was high, 69% (95% CI 47 to 91), increasing from 60% at age 17 years to 80% at age 60 years. Women and men had
similar familial risk and heritability of ACL rupture.” https://bjsm.bmj.com/content/early/2020/12/23/bjsports-2020-102392

21kinds of hydration shells; physics article on finding new shapes in shaken water; water additives make the library of new shapes even larger, novel edges at water shapes (water tessellations (2D laminar flow?), 3D tessellations of water, direct self-
assembly of new materials, often nanoshapes, mke big library of these new self-assemblesables, map has technological utility at making new synthesis possible.

Example: new shapes of liquids in liquid hydrocarbons in catalytic cracking and fluidized beds cause higher efficiency conversion to preferred reaction products; cheaper gas.

https://physics.aps.org/articles/v13/2002D centrifuge; novel acoustics, like article cause new shapes in water with durable edges; edges or centers accumulate materials (reminds me of a mic of a chaldini plate and a centrifuge) 2D circular dish has < = >
in it, and one chemical concentrates at perimeter others at center; cool, supercool (glassify), or freeze the circular plate and then use automated moving stage robot/microscope to grab samples at the wide 2D array area; 1 micrometer ability to dig a
sample out of the frozen plate with a needle is, at a 4 cm x 4 cm scan plate about 1,600,000,000 1.6 Billion different characteristic samples per plate;
If the “water” in the plate is actually a UV activator gel then you can expose to UV to preserve locational durability; possibly even dessicate to make a reference chemical array for later sampling.
Instead of water you could also use UV rigidifying liquid polymer, activate with UV, and have a predictable 3D sorted sample of high durability for easy storage.
This might be a nifty way to make a 1.6 billion sorted chemical medical sample with high durability and addressability; get one made, and digitized, as a baby, 9 year old, 14 year old, 20 year old as Personal Physiology Backups” for personal
restorations.


liquid plasticpolymer uv gel

noting polarization happens at transverse waves, and water does it, and water is a fluid, and air is a physics fluid, is it possible to polarize air and do something sueful with it? absorption at a polarizing filter suggests possibility of
hyperreactivity at polarizing filter could increase ICE combusition efficiency, energy generation, HVAC

At HVAC polarized air might feel different out of a fan.
When you wiggle water with acoustics it takes on novel shapes, and they just discovered more of them (Hedgehog is one)[link]. Ripple top and maybe standing wave and laminar flow might be other familiar examples. A big loop called a hadley cell is
another.

I think novel water additives can change the number of waters of hydration of molecules, and that could effect the watershapes acoustics can make. It's likely additives with novel acoustics can generate more kinds of standing shapes in water. These
might be similar to 2D or 3D "vibrating sand" Chladni shapes.

So, use it in a way analogous to a centrifuge. Just let some particles hang around in a (new library) standing-wave shape in water until the particles mass sort into little heaps, particularly at edges where water cell meets water cell, and at the lumen
space between cell edges. The microparticles, like chladni sand build up with order (and predictability).

Extracting 2D/3D centrifuged stuff: expose the water/additive solution to UV so the water turns to tough jello. Pull out the 4cm jello round, and if an automated sampler has 1 micrometer needle pluck resolution that is a little less than 1.6 billion
different sampling points. if the needle sampler has 40 levels of depth possible that is a little less than 64 billion separate grabbable chemical/particulate areas.

So there it is, a 2D, 3D Chladni centrifuge where you can actually get the stuff out for further analyze it.

Other notes:
Another possible use for Chladni 3D and new water shapes mass sortation is changing the fluid to petroleum, and using vibration to push particulates to the base, removing sulfur, reducing pollution. The acoustic transducers would do it a little like
acoustic zone refining of oil in a container.

Genetic algorithms may find the super high velocity hadley cell. Has anyone tried computer models of laminar flow hadley cells?

Or, noting new shapes at fluids, and air is considered a fluid, Genetic Algorithm developing new hadley cells across new fluid acoustic shapes (Hedgehog, laminar flow, "air cannon puff", what I'll call pipelining/active edit with lasers) as starter
patterns for the genetic algorithm to do better than.

Possible applications include ultra high velocity circulation paths and shapes for air. Also, higher efficiency of purposed Air-fuel ICE engine mixtures. This is something nifty in science to look for in nature. Another application is HVAC that
exchanges room air better. Also of course there could be applications at airplanes and other combustion engines like airplane engines.

engineering, chemistry, computer ic, computer fab, longevity, longevity technology, treon, treon verdery, physics, lasers, laser, emiconductor, dimension, math, IT, IL, pattern resonance, time travel, chronotechnology, circile, eric the circle, cartoon,
healthspan, youthspan, cpi, manufacturing, fiscal, money, software, petroleum, archive at deviantart com user treonsebastia

All technologies, ideas, and inventions of Treon Sebastian Verdery are public domain at JUly 8,2023AD and previously, as well as after that date

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