other frequencies to combined roygbiv white can be accomplished by mixing a variety of frequency doubling crystals and frequency halving crystals together, perhaps in retroreflective microbeads like they use on road notices, note this is much more
durable than fluorescent roygbiv white which is also possible

Extra fun glitter, sugar with bicycle reflector plural microprisms geometry and heightned roygbiv white light emission, glitters more, more brightly, glitter can be cicrcular or also encased in a completely transparent edible coating so it is lozenge or
sphere shaped without sharp edges, or is laser sculpted skyscrapers in circle, the edible glitter has printed graphics on it that are too small to see except with a magnifier, 100s of thousands of different inkjet, or other printing means, color patterns
like color swirls, disco floor tesselations, alternate spectrum gradients, more visually fascinating than faces genetic algorithm generated squiggles are a few of the many possibilities, although minute, individual glitter paricles could taste sweet with
neotame or another peptide sweetener, optically i think it is possible to make a glitter that glitters like a curved contoured 3D shape under specular lighting even with nonspecular light sources like an unsunny outside, thats because i have a vase that
when its cloudy but bright kind of light pipes the skyside of the vase to the 20° and 160° degree sides to make an optically shrunken high brightness region, noting the glitter is made out of laser etched sugar crystal i think it is possible to put
this specular light look light pipe geometry at the glitter surface, besides bicycle reflector tesselated prism geometries food grade tin can be used to make a mirror at the glitter, and the sugar blob above dish shaped tin reflector can focus the glints
of light at the glitter to be most concentrated a foot away looking at the glitter, the glitter can be produced continuously rather than batch processed utilizing sugar sculpting holograms or fast laser raster scan, i can imagine people looking through
varied glitter with a magnifier to collect the prettiest ones

Iot ultrasonic soil moisture, lawn and garden moisture and houseplant moisture,

very simple agricultural robots or drones make soil moisture measurents that save 1/5-1/3 of irrigation water, $15 alibaba fishfinder dragged atop soil does ultrasound, or tranducer is on the tip of a soil penetrating tent-stake that goes 12 inches deep
to sonar measure water level several meters around with sonar, or tens of meters around it, mechanically a roomba with a vibrating pile driver on it going down rows stopping once every 10 meters could map irrigation success, there are other designs that
might work better than a vibrating piledriver like a 18 inch long drill bit with ultrasound transducer at the tip that comes right out of the ground when you reverse the motor, electric drills with battery are $4-7 at alibaba, the more powerful the
transducer the further a fishfinder or other sonar can adequately map water and moisture at farmland, imaging square kilometers of seafloor is normal, so less fussy than a traveling sonar could be a very high area 40km^2 stationary sonar coupled to the
irrigated depth zone by putting the sonar into a sonic coupling gel lined trench, sonar works much better when liquid coupled, another way to do it is to put the stationary sonar into a well that reaches the watertable and then image upward to the
irrigation zone; the MIT 40 Km^2 technology with one meter resolution could likely achieve 1-10 cm resolution if coverage area is reduced to 4Km^2, solitons are used, and laser microphones are used, or the sonars send and receive components are separated
such that every Km^2 has its own sonar detector in the middle of a large area of farms, sonar detectors are 20¢ at alibaba, and powerful (1.8 KW) sonar emitters are variously $92-642 at alibaba; the ultrasonic transducer that emits could utilize a small
2-3 watt photovoltaic to charge batteries to power the sonar emitter for 20 seconds, three times/24 hours, 3W of photovoltaics are $2.10 at alibaba, and be conrtolled by a 3¢ microcontroller, the distributed sonar sensors could, at the simplest,
communicate to the farm's or agribusiness' PC with a $3.44 wristphone powered with 70¢ of photovoltaics

Things that improve irrigation, lasers and video spot cracks in concrete lined irrigation pathways and ditches, then lasers make granules from existing crack sides, and the granules are swept into the cracks to give it 1-3 cm of fill, interleaved with
that 1 mm of rock melting lasers turn the building up top layer to nonpearmeable to water melted rock/laser fused cement layer, a successful repair could have just 2 mm of melted rock interspersed with the crack fill, this saves water, a cheap way to
reduce evaporation at water canals is to cover them, with hollow floating crenellated core cardboard, but made of plastic, or bubble wrap that floats on the water surface, drones with lasers weld the floating polymer cardboard or bubble wrap together
with the side tabs on each piece, this is very affordable, and the polymer crenellated cardboard has many separate air channels to stay afloat each kilometer of 8 meter wide irrigation channel is 8000 M^2 material, at 10 cents per M^2 of bubblewrap (
alibaba.com) it is just $800 to preclude evaporation from 1 km of irrigation waterway, $1600 if you use double thick extra durable bubblewrap, it is beneficial to make the bubblewrap white and ir reflective

Nailgun explodes soil hyperpermeating it so water soaks in instead of becoming runoff, a nailgun is less than $27 at alibaba.com and connected nailgun nails are $600/metric ton, a drone flies over farmland looking for low percolation spots, and when it
finds one shoots an explosive nail into the soil to break up that spots impermeability to water, the explosive nail could have a metal tip and a nitrosugar or nitrocellulose combined with nitroglycerine body, after shooting the nail into the soil it is
detonated with high frequency laser percussion on the nail head (no blasting cap), to enhance safety the nitrosugar version would simply dissolve in wet soil,

At agricultural sprinklers and irrigation machines does doubling the droplet diameter reduce evaporation in the air or is the effect slight, effect of lighting on upgathering of water by the plant, 90 energy watts of led is lie the lumens emission of 600
incandescent lights, if drones flew around the water sprkinkled area and scanned large high brightness amounts of unusual color led lumens could that possibly cause higher upgathering of the water by the plant, if that is possible and it might not be,
then irrigation efficiency goes up

iot aquarium ions

Strong force weak force technology, apparatus observes atoms as waves that produce ||||| banding, a reflector behind each band cofocalizes them together, but in a new order like most distal bands and center bands swap places, the bands recombine to make
an atom, but the atom has new characteristics from atom-as-wave field remixing, another version is to reflect all the bands so they go from densest to least dense, when recombined as an atom the atom may have lopsided orbitals with both different
chemistry (catalysis), different information storage per atom (single atom computing efficiency increaser) as well as novel to the nucleus strong or weak force lopsidedness, it may even be able to construct stoms-as-waves-being-solitons that have
engineerable characteristics, an atom remix that alternates distal and core |||| bands could make particularly weak shoddy atoms that undergo fusion much more easily, also weak shoddy atoms could have heightened radioactivity disintegration
susceptability, so even single proton hydrogen could become autodisintegrating, weak shoddy atoms could have unusual distributions of gluons-as-fields or also quarks-as-fields that can be purposefully engineered strong force and weak force technologies,
noting at a double slit the slits have height, just part of the height could be reused to make shoddy weak atoms, so its possible to remix say 11% upper half of a central band | with 89% ¡ from the distal bands together to produce even more varieties of
atoms, as mentioned this could make new forms of radioactivity at previously stable atoms, and just possibly a strong force technology like less gluons as fields, but with some kind of greater flexibility, alternatively at super robust atoms made from
the strongest central bands of several atoms combined the gluon fields amount could be different which is useful for strong force engineering, one possibility is making radioactive atoms nonradioactive

The atoms as waves would not strike a sheet to to display themselves, instead mirrors (front surface, or plasma mirrors, or rubber-like elastomers with lots of bounce, or piezovibrating flat inelastic planar sheets that impart more velocity to the
quantum spread |||| individual atoms bands) would cofocalize the remixes to send to a thing that collects modified atoms, like a sticky polymer surface, that is then rinsed to collect the shoddy weak atoms or superstrong atoms for use

One attractive use for a 1000 micrograms of shoddy weak atoms is as nuclear fusion feedstock, taking much less energy to fuse together because they have less gluons-as-fields, this makes fusion much cheaper because smaller devices use less energy to do
the fusion

Experiment: are improbable atoms-as-waves at far distal ||||| bands, when remixed conserved in some way as to their improbability quality, if they are then atoms go beyond wave and particle to have a third characteristic called conserved distribution
anomoly, Grw, pronounced Grow

Wrap little wires around 11 autodissasembling radioactive atoms to pick up stray field emissions like when gluons or quarks are right next to the nucleus perimeter, (a quark color intensifier), or moments of bare gluon during a fission, then have one
atom with plates on either side of it to send the stray field in the wire axially through that atom to change the atom with an increase of gluon field character or quark field character, now wire is not a thing, thus actually doing this with atoms
utilizes magnetically compressed bose einstein condensate (BEC) threads could make the pickup coils, be the wires and transmit the picked up strong force field energy to the uncondensed atoms floating/embedded in the BEC, because magnetically compressed
bose einstein condensate likely approaches 2 dimensionality, and because BEC is a field, ultrathin BEC threads smaller than an atom are likely possible, and "runaway stimulated collisions in Bose–Einstein condensates with periodically modulated
interaction strength cause the collective emission of matter-wave jets" (wikipedia)suggest the possibility of creating BEC threads, surround uncondensated atoms with BEC threads, and where the the threads originate from have the atom you want to change
the strong force of, BEC may act like a conductor of strong force as it is made of atoms but is absent a nucleus, the 11 or plurality of atoms with the winding may release strong force if they are radioactive, for pickup and transfer to a different atom,
doing this in bulk with 2 million to a billion or greater atoms of BEC at 14% of the volume being conductive threads and uncondensed atoms, with published 100 femtosecond BEC generation time creates 10^24th strong force treated atoms per second, about 17-
18 moles of strong force modified atoms to make into products with new and different elemental attributes, like metals that are blue or green, semiconductor bandgaps, and at carbon completely different organic chemistry, new catalysts, an entire new
range of superconductors, and anything else that can be produced with new fractional Z numbers from strong force technology, another thing that can be accomplished with BEC threads carrying strong force to noncondensate atoms is to repeat the process on
itself (refluxing) to create greater and greater atom shoddiness or superstrength

The quantum chromodynamics rules could be utilized at a genetic algorithm(GA) to build custom gluon and quark interactions, geometric outlays and interaction sequences to make thousands of different gluon quark machines, some that iterate on their own
feedback like computers, things like levers, containers, filter sponges, stable koosh balls, stable halo nuclei are all either things the GA could discover or utilize as seeds, the person could draw a simple 3-8 frame movie on a graph of atom or particle
or even unbounded gluon and quark characteristics as a geometry object (gluons and quarks on a minimax surface) showing the Genetic algorithm a goal to converge on like a particular lopsidedness/new nuclear isomer, something with fast moving gluons and
quarks at the core that move very slowly near the perimeter (slow moving perimeter is possibly anisotropic enough to react to externals, but average is the same which supports the math), one seed the GA could discover is, analogous to acoustic resonance
is there any plurality of gluons with or without quarks that vibrates, is adustable, and has a resonance frequency, even if it is just being resonant with other strong force, noting wikipedia says the strong force extends distances beyond the nuclei to
attach protons and neutrons together, a strong force resonator could cause those to more loosely attach facilitating fusion

Consider a (====) oval with straightaways particle accelerator with lasers driving particle velocity along the straight portions, this laser acceleration could augment magnetic acceleration to make smaller particle accelerators possible, like the 1 cm
partical accelerators a journal article suggests as possible, noting pulsed lasers on metal foil creates x-ray energy high relativistic velocity particles similar energy lasers shone behind moving particles could provide the first 99% of the velocity of
light while the magnetic field gets the accelerated particles around the distal curves of a (======) shaped particle accelerator, notably when colliding particles against other particles a lamina approach could be used, using 90° side lasers to push the
accelerated particles into a laminar ribbon, optimally only picometers thick, this makes purposed collision of one particle accellerators output with 1-several other particle accelerators able to produce more collisions when ribbon meets ribbon head on,
at 3-8 ribbon particle accelerators meeting head on, like 1 cm particle accelerators, more collisions occur, one application is the production of quark-gluon plasmas to make shoddy atoms and superatoms with as well as other strong force machines

Wikipedia says "All particles have a property called weak isospin (symbol T3), which serves as an additive quantum number that restricts how the particle can behave in the weak interaction. Weak isospin plays the same role in the weak interaction with
W±
as electric charge does in electromagnetism," so just as a wild novelty could weak isospin be changed en masse just like lasers and magnets can spin polarize atoms and things like xenon gas en masse, bulk polarizing weak isospin and mixing different
weak isospins or doing polarized weak isospin exclusion, reinclusion, could effect the atoms radiostability, also weak isospin contrast agents could benefit medical and other imaging, if weak isospins can be quantum entangled then one radioactive decay
could effect the weak force at a million quantum entangled atoms, one possible use is nuclear batteries, another possible use is rapidifying decay of nuclear waste reducing it, also an ultrasafe thorium reactor could use weak isospin bulk quantum
entangled thorium gas, like thorium hexafluoride, to be radioactive only/mostly while quantum entangled, making it so that any escape of thorium hexafluoride gas instantly makes it non/less radioactive,

Noting 11-14 different styles of radioactivity a beneficial hormesis experiment is to beam the 11-14 diiferent kinds in singles and combinations of radioactivity onto human (Homo sapiens and branch species) tissue culture plates, and at variously double,
)16 times and 100 times background radiation of that particular radiation type and see if any of the tissue cultures live longer, then isolate that hormetic effect to genes, variations on those genes could then cause greater longevity

Muon generators, a journal article says, "Muons produced by a short pulse laser can serve as a new type of muon source having potential advantages of high intensity, small source emittance, short pulse duration and low cost." i read at wikipedia that
muons have many of the characteristics of electrons but only last a few millionths of a second, long enough to charge a length of wire at a muonomagnet or muonomagnet generator that when rotated outputs lots more muon-volts (note now i think the muon
generator will not work) and muon-amps to the muon conductive wires, even if that does not work, microsecond muon durability is enough to build an indium phosphide 1-7THZ compter, or faster that gets a million calculations done before the muon evaporates,
of course besides a muon pulse it could be run with a continuous source of muons to do more computing, if a cheap source of muons can be made, like laser arrays or sizeable multiwatt laser diodes, then muons having about 200 times greater mass than
electrons could benefit particular technologies like muonomagnets (electromagnets) for generators and motors, its my perception that a magnet, motor, or generator based on muon conducting wires could have much higher magnetic intensity spatially,
permitting much smaller motors and generators {200 times) of equal force, laser diodes of new colors, muontophoresis, electroplating, deposition plasmas, heating elements, muons, for their 2 microsecond decay could store well in ultracapacitors, all
those things are encouraged by the laser muon source being "43%" or "14%" efficient

"Excuse me, i'm feeling impolite, do you have another room i could use", made popular this phrase at people of all ages could reduce pattern recruitment

I think this might already be well known but a video based driverless car or manufacturing robot could have a cast laser reticle in its field of view, with multiple invisible laser cast reticles at different focal distances, That calculates in-focus
images from a continuous bezier curve smooth, rounded, but skew lens, (i'm reminded of a swirl, high lump, and half or full turn of helicity at a lens, like a cheap castable polymer lens)

vibrating plane lidar, a MHZ or PiezoGHZ million frames/fresh observations per second at lidar could be a beneficial companion robot visual sensor, just from vibrating either the send lasers at MHz or GHZ with a pizeoelectric underlayment mirror, the
send laser could send out its dots tracing points at various minute sizes vibrating perhaps in little circles, MHZ or ghz vibration at the Lidar receiver could, like clock sensor refresh, find numerous patterns in time and space, lenses, mirrors, or
waveguides made with amorphous fullerene glass (1000 times harder than diamond) reduce risk of scratching

Laser tweezers issueing from supertough waveguides like amorphous fullerene glass 1000 times harder than diamond
could assist with manufacturing

Newtons balls/cradle of different geometries like > shape assemblages do automata, one automata is data decrompression, so what are different sizes and computation doing forms, 250 picometer sized masses on flexible alkane or polysilane tethers or stalks,
can collide with each other in patterned newtons cradle ways, notably a desktop newtons cradle uses gravity to keep the balls ordered and together, at the 250 picometer version a permanent external magnetic field, likely experienced diamagnetically is a
gravity substitute at the 250 picometer newtons cradles that do automata and computation, compared with 2nM ic feature size this is 16 times greater computation ability, however the velocity of the picometers sized newtons cradles computation and
automata balls is plausibly the amount of time (don't know)

What could launch and read newtons cradle balls possibly the ferromagnetic motion of a large rounded object with a few magnetic domains on one side and while being cheap a 200 picometer sized whisker or shred of nitrogen molecules on surface quantum dot,
or a 200 nanometer sized millifiore roll-thin silicone tube 2000 atoms wide, if the millifiore 2000 atoms wide tube silicone or other material is long enough it can be the hundreds of nM long to absorb light or reflect light along its length,
communicating process, while being small enough at the tip to drive a newtons cradle ball

lballsnanometer and multiplier and smoother as at 4/5 split greater mass is more stable for nanotechnology and drexlarian nanotechnology, three or four vertically stacked newtons cradles could make a universal computing NAND element; one novelty is that
a two balls on one string is a duopendulum oscillator, and those have novel and often predictable attractor effects

Two pendulum system imitating peptides could have two advantage is that making a duopendulum peptide might have greater likeliness of reacting with a receptor because it is moving around more, and moving more finely

Ch4 and duopendulum catalysts DPC, the DPC range widely over different catalysis causing many more variations in energy bump levels, some of which might be just right for catalysis of ch4 to higher value petrochemicals, what are ways to make this
chemical, polymer with polybismuth masses and the catalytic atom at distal ends and next to the superflexible part of the molecule Co(2)bi----Bismuthocene----Co(2)Bi is one ferrocene, bismuthocene cobaltocene rotatation (two pendulum) center, another
possible pendulum hinge is a C6-8 alkane WW, polypyrrol, or even an amino acid sequence or synthetic amino acid sequence, there are other catalyst atoms that could be used besides cobalt, and the bismuth atoms are there to be two pendulum system masses

Probiotic bread, put lkm512 longevity bacterial spores at bread dribbling a probiotic fluid onto the automated bread slicing saws that make sliced bread, an even easier approach is just to spray probiotics on the exterior top of the loaf at higher
concentrations, they could do this with all the popular breads including white bread, another approach that is possible is making a longevity bacteria spore that is able to have its spores live through baking to beneficially effect humans(Homo sapiens
and branch species), and the probiotic bread can be tested on mice or marmosets to verify it causes greater longevity, to make a longevity probiotic just bake 20 grams of B. Lactis LKM12 in seven 3-21 minute intervals and regrow bacteria from the samples,
then with a new 20 gram batch, rebake, reculture, repeat until a bake resistant LKM512 longevity bacteria is developed, to velocitize development the bacteria can be exposed to UV light during the cycles to cause mutations, once success at living
through baking is achieved the successful bacteria can be re-bred with regular LKM512 probiotic to achieve the most similar to lkm512 original genome that is bakeproof, that version would then be tested on aged-batched mice to verify it is longevizing,
the reason to make bakeproof longevity bacteria dough powder additive is so that big bread making companies can just use it as an ingredient without spending money on breadloaf spraypainters

Sex drug and sexual avidity gene, there is a published study of what areas of the brain fMRI activate when she thinks about clitoral touch and nipple touch to the point she is aroused and this is compared to the brain areas that light up when she
actually touches her clitoris and nipple, neurotransmitter drugs like acetylcholine and dopamine drugs that are localized to those fMRI areas of thought-based arousal promote erotic sexual thoughts all day and possibly while sleeping, besides drugs with
a localization moiety from a brain structure antibody map, or better localized aptamer-neurotransmitter pairs the Think to Sexual Arousal Area can be addressed with photoactivatable drugs that when illuminated at the TTsAA with a head circlet causes an
increase in sexual thought frequency and intensity, another version is where photoactiveation causes epigenetic or genetic change in the TTSAA that upregulates the production of neurotransmitters, as a germline genome technology an amino acid sequence
peptide localization aptamer sequence is attached to a plurality of excitatory peptides like acetylcholine receptor and dopamine receptor as a gene sequence, the circulating multifunction peptide is either made on its own, or as a fusion gene

With TTSAA working, many other brain light-up mimetic drugs, and gene therapies that decrease amygdala activation, increase cognition like a nootropic and fill a person with pleasure like a lit-up nucleus accumbens

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