Normed vector spaces in math and relating them to semiconductors is new not in google scholar material, wikipedia describes math vector normed spaces, and applying that math to new devices could cause completely new semiconductor things and forms wow!!

Mineral prospecting from airplanes with computer optic processing to identify minerals is very well known, another approach could be flying over streams, rivers, and bodies of water illuminating them, that is the stream gravel with ultra narrow
collimated 1-4 mm white led or white laser beams so the optics flying computer can identify minerals, mineable resources, and gem rough for development, this is very similar to lidar, with cm commercial versions and submillimeter at 10km published
versions, gathering data through optical fiber, suggesting aircraft use is highly distance functional, home, purse, car lidars could use plural roygbiv lasers to make 1mm or smaller pixel similar to actual color images of objects kilometers away, one
thing about the 10km

Are there velocity math games like game theory games that, noting the very best stategies to use at auction, and noting that at ebay, a minute starting bid, a long flat period of minimal activity apparently causes huge effects that feel inefficient,
noting then that somehow the opposite of an ebay blip-flat-twang auction process could be a superefficientizing SQL algorithm, then at sql databases this opposite of blip-flat-twang opposite of ebay or ddos, makes a loadable 2D matrix of plural queries
arrangement for greatest optimization on least equipment, which makes massive querying of databases cheaper, so more utility occurs more cheaply, so one approach is if the database

a very crude sql scheduler would just count the number of sql commands in the query (likely weighting them on how long each sql command took to run singly), and then apply a mosaic of different sql-sized queries to the parallel big computer that
processes them

A Genetic algorithm sql scheduler build model could find new optimal mosaics of 2D query arrays to pass to the big parallel computer, the better scheduling, that is the better 2D queues (mosaics) math tendencies the genetic algorith finds can be turned
into equations to make new sql optimizing computer programs

Artists that apply white and colors to their pieces could get notably greater durability if the artist used a cheap $16 alibaba handheld hair removal wand that has the difference of being modified to laser etch drawing a regular pegboard of minute wells
micrometers deep into the pottery, canvas, wood, or dwelling exterior material, applying glaze or colorant fills (kind of spackles) the wells with white or other visually active material that retains chroma even with abrasion or creasing, further it is
likely even easier to sample a chroma well to find a pure sample of the original white or colorant

Laserdrilled micrometer hole laserprinter makes paper or other laserprints last much longer from durable pegboard well effect, also, if laser toner particles are laser peened after they are text and images on paper do they last longer and have greater
archival quality, could paper currency and coins be more durable with laser peening, large area parallel laser peening of an entire page or square meter surface could be accomplished by just taking a 4 or 8k or 1K Led tv display and swapping the leds out
with laser diodes, monitors are produced in massive volumes and 20ish" 1K monitors are $58, an optical element grating homogenous sheet can make millions of well drilling laser dots from a laser printer roller that has just a few actual laser diodes on
it, as another roller at a laserprinter 2.5w of laser diodes is $5 or less, suggesting affordability of archival print mode laserprinters

Double and half size lkm512 bacteria, like different double, quadruple and half volume and surface area variants may produce different longevizing versions, regular lkm512 is published at 95% longevity increase in mice, the new sizes could be rapid to
breed from different centrifuge layer bacteria sizes being cultured separately, and then used to start longevity yogurt and fed to mice to test the different versions 📤

On lsd vast amounts of thoughts and presence of being occur, a way to voluntarily increase the number of thoughts a person has, as well as possibly increasing something that seems like the girthy volume of thoughts and presence of being is to find out
the mRNA produced at different neuron types in the brain as well as particular areas of the brain, those mRNAs come from genes, and those genes can be reversibly epigenetically modulated so people produce lsd like amounts of those mRNA, and, at nonhuman
experimental animals like marmosets varied subgroups of mRNA modulation can be tried to find those that are thrilled, happy, with 4 or 8 times more thoughts per minute, with greater thought volume, once this more living through more moments of happy
being and happy thought epigenetic modulation works on marmosets it can be tested on human volunteers

It is possible that a beginning of numerous possible antibiotics that might be kind of simplistic is just find any essential protein a bacteria to be contraceptionized or terminated uses to live then make peptide aptamers that glom it and decrease its
biological availability, synthetic nondigested, nonenzymatically metabolized synthetic peptides are possible and ive previously described structides where si or ge swap out C, technologies that make edible insulin peptide already exist and D amino acids
and cyclization could make oral peptide antibiotics

Iffy, but could injecting radioactive adensosine triphosphate ATP into a tumor cause radiation spread and uptake in cells and between tumor cells causing cancer cell termination, even more effective at orders of magnitude lower dosing amounts is using
radioactive gmp as a radiotherapy chemical because gaunidine monophosphate, i think, concentrates in the nucleus and radiation just at the nucleus seems likely to completely disrupt dna transcription, terminating the cancer cell, if the nucleus is 1/100-
1000 times littler than the entire cancer cell then it might only utilize 1/100-1000th as much radioactive material and be orders of magnitude cheaper as a cancer treatment

A possible laser treatment that gets rid of acne is making acne bacteria length/diameter laser lines that are depthily projected into tissue either cofocally (to be harmless to the skin above the acne) or with a monofocal beam, this simply slices acne
bacteria, the actual individual bacteria into pieces, while the length of the laser slices is too little to terminate a dermatocyte. This is possible to make as a cheap wand for teens to use, a fancier version an aesthetician could use would map internal
pimple and acne topology then deliver just the right dose to just the right location while the aesthetician passes a wand implement over the acne locations

skin beauty treatment, deep internal dermabrasion from broadcasting linear laser cut shapes 1/4 or 1/2 the diameter of a dermatocyte could cause an amping up of tissue repair and growth, hormetically as well, so that it is kind of like skin
youthification from internal rather than external dermabrasion

Better ic chip photolithography resists better paints of all kinds i may misunderstand, but there is a patent on using a crystal that effects zeta potential (wikipedia) that they say effects the neighborliness, chunking, and smoothness of colloids, at
the patent they use the zeta value adjusting crystal to make bleach with air bubbles in it more antibacterial, so passing a colloid past a zeta value modifies its zeta value +/-1/2, a bunch, photolithography resist works better when it is super ultra
smoothly blended (optimally zero nanolumps) and i think it is also spun coated to thicknesses of 1 nanometer, where the thinner the spin coated layer, the better the optics of the etching accomplished with it, so if a chemically identical photoresponse
identical photoresist can have its zeta based viscosity reduced to where it is willing to spin coat to 1/2 a nanometer thick then the optics improve and the features have crisper edges resulting in more good chips. The benefits of running colloids like
paint past a zeta crystal could be things like high gloss with less solvents and decreased chemical reactivity, far out stuff like is the zeta value that has been adjusted at a fluid colloid still adjusted at a dried paint; i do not comprehend the person
with a patents zeta crystal after a few minutes online, but here is a different way to do something kind of similar, it might or might not work: i read different ions have different numbers of hydration shells, that is organized quasipolygonal h2o
molecules arranged around them in spheres, so if 14 hydration shells is average, just by adding ions you could make the colloid have a bunch of possible different electrical potentials and that would effect the actual zeta potential of the colloid,
niftier than that though is what if you do something that removes the ion suddenly, like an electrical cathodic depositing of the ion, then, with their organizing center ion gone, how long do the nested 23 hydration shells last, it could be milliseconds
or days, if its a long time, then just electroplating an ion out of water could leave a modified water with specializable utilizable characteristics

Faster acid, faster base at 3 hydration shell ion or laser zoomed water from faster less impeded by shells h30+ and oh- motions

Laser tweezer water or nucleated ion water or nanoice water zoom

Anticoagulation proteins or peptides with zeta potentials that cause other things to deblob, deflocculate, unadhere, when these proteins get near other proteins the effected protein changes its original zeta potential to one that causes it to travel away
from the floc

Lasera colloidzetaz3ta 4ystal zap# col8ds t9 be reactively n9vel

Rotating background action stimulants at online auction background paper backrounds and words and images of facets at loose gems, auction site add on for extra 1/11th pct fee.

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