Way to freeze dry sperm, metamaterials can make 44 nm light so can laser drill 44 nm holes, drilling holes that have a depth just short of reaching the DNA at the head and tail of the sperm give the sperm an evaporative surface area 4-8 times larger,
causing 4-8 times more rapid freeze drying. Magnetic fields may have an effect on the velocity of ice to water vapor sublimation, as well as microstructure of sublimation, suggesting different sizes of magnetic fields be tested with sperm freeze drying,
including diamagnetic fields so high they levitate individual sperm pushing out water and freeze drying from all sides simultaneously. After drying, At the large plurality of 44nm holes the holes could be filled with ATP, NAD , fructose, collagen, or a
phospholipid or sperm membrane component, and then surface few Nm surfaced with superflexible elastin or protein alpha helices goop, the liquid vehicle for dissolving the ATP or other chemicals could be a circulatory fluid replacing perfluorocarbon or
oxygenated perfluorocarbon.

Mitochondrial multiplication and mitochondrial size increase at tissue culture sperm could cause more swimming vigor, first treat with notinamide to make many more small mitochondria, then feed sperm lipid rich diet to increase mitochondrial size, a
lipid like a vfa could have a fructose concatenated distally to make a new sperm food

There are numerous scientific publications where magnetic treatment of seeds increases plant growth, plant mass, grain yield, and grain % protein, some wheat yields went up 60%, rice over 20%, melons, tomatoes, and strawberries above 11%, a frequent
treatment was 115-250 milliteslas for less than a minute, with parallel to the seed magnetic field causing 160% yield, and sideways 130%. This suggests that an ultraffordable magnetic paint seed coating, that only gets magnetized as it travels through
the tractor's seeder attachment and is planted in the earth. Fast response pulse magnetizers exist and can be verified that their combination of high magnetic field then residual 115-250 milliteslas or higher, as a magnetic paint on the seed coat also
raises yields. If that technology does not raise yields then using vinyl acetate magnetic matrix material (similar to refrigerator magnets) pre-made to be 115-125 milliteslas can be used, and a layer of alginate just sprayed to make a seed sandwich, the
seed sandwich, being a gel, can be metallurgical STP sputtered on both sides with a pole piece metal. It is likely though that tests of 11 different vinyl magnets will find one with the highest yield, including the seeds, in water dissolving alginate
between them, where the two vinyl sides are attracted to each other. Lasers in massively parallel grating image based cutting lines make about 100k treated seeds per square meter. If the research supports it, it is much cheaper to mix 26¢/kg ferrite
with 60¢ per liter alibaba latex house paint, to treat 200,000-300,000 seeds for 87¢ then pulse magnetize them in the seed hopper. For consumer acceptance the ferrite coated seeds could be painted white.


They could test the effects of a magnetic field on fertilized fruit and nut flowers, as well as flowers pre-fertilization to see if it causes higher yield and bigger fruit and nuts. A drone with a magnet on a near contact without contact boom could visit
1000 avocados,or pears, or Marijuana buds, bananas, cocoa pods, macadamia nuts, pecans per 24 hours at 30 seconds each for all the days the fruit was just starting out then growing, Leon's grown with 1 times 3 cm magnetic tape are 14% bigger so a drone
repeatedly bringing magnetism to a growing fruit could increase its size. The drone painting a ferrite partial surface coating shape, and the drone doing pulse permanent magnetization of that ferrite or other magnetic material, and the ferrite being
removable after fruit picking in a very minimal surfactant vehicle, like a cheap volatile fatty acid wax, a crosslinked rigid oil, an alginate, pmma, short mer length polyvinyl acetate, or cellulose gel cause the magnet to be easy to wash off the surface
of the fruit for grocery most aesthetic presentation. It makes sense to see if magnetic or electric fields effect specific chemistry of fruit ripening and flavor effects. Notably there is an engineered enzyme that responds to magnetism with 54 times
greater activity, modifying specific delicious flavor producing enzymes at fruits, vegetables, leafy green foods, tubers, nuts, and pollens like honeybee and stingless bee pollens, and edible fungi to be 54 times or greater producing of flavor
deliciousness is beneficial.

Growing magnetic materials that have actual magnetization milliteslas or teslas of magnetism without an externally applied magnetic field, spin polarized proteins and peptides approach, mutation of magnetic material producing bacteria and flow cytometry
survey approach, magnetic material containing fungi and yeast and slime molds, spin polarizing chemicals at organisms that receive sunlight, and growing or accreting magnetic material under the spin polarized light could be similar to people making
magneto optical effects with lasers, some bacteria like cocci and capsules could have thicker spin polarizedlight concentrating membranes or internal oil droplets, that like a lens concentrate filtered to identical spin light 40-80 times onto magnetic
particles at the bacteria like magnetite , ferrite, ferro magnetic high metal containing proteins, that spin polarized intense light causes the magnetic material to grow as single micrometer and larger spin up homogenous domains. Growing all spin up
domains means the magnetic material at the organism is actively magnetic with a milliteslas or teslas of field strength at a unit of volume. It may be possible to increase mitochondrial energy ATP output with TCA cycle enzymes engineered to be 54 times
more active in a maknetic field, similarly magnetically responsive enzymes at chloroplasts and photosynthetic enzymes could multiply these enzymes function 54 times, at slime molds magnetic particles streaming in plasmodium could increase the function
and velocity of enzymes, making the slime molds able to utilize their environment, like solving simultaneous math equations, 40-60 times better, which is also an approach to heightening slime mold cognitive and pattern ability and presence. Once actually
magnetized magnetic materials are comprehended, technologies at bacteria and plants they can be made a beneficial part of mammals with longevizing technologies like 54 times better DNA repair enzymes, stem cell adhering and commissioning at tissues
chemoeffects, 54 times greater enzyme or other kinds of stasis when not in use, which may be comparable to zebra fish living 70% longer in chilled water as a new longevity technology, magnetic responsiveness to enzymes and magnetized particles at the
brain could cause faster neurotransmitter refresh production, causing thinkier thoughts, greater nucleus accumbens pleasure, greater sustained and sustainable amount of measured brain sexual avidity and greater actual measured amount of sexual activity,
greater occipital lobe visual awareness and immediate right action, greater longevity producing effects at the brain from newly found areas or well known areas like pineal, prevagus, possibly thalamus, cerebellum, brainstem and spinal nerves, notably all
of these are based on redesigned brain enzymes and proteins that have 2.9-54 times greater activity in a magnetic field. Also, long term memory formation is associated with peptide formation, the enzyme genetics and magnetic responsiveness of memory
making peptide enzymes could be increased 54 times resulting in 54 times more detailed or usable memory, including cognitively supportive memory of organized learning coursework and didactic or auto didactic material including educational software.

Genetics of heightened cognition and memory, Aside from magnetically adjustable enzymes, human instructions, possibly RNA, to produce memory peptides can be studied and doubled in the amount produced at each neuron, they can, with some engineering, be
produced as high durability peptidesike D amino acids and loops. If d amino acids and loops still permit full remembering their combined orders of (I think) magnitude greater durability produces multicentury multimillennia human memory. Another
possibility, other possibilities are to cause the memory peptides produced to have higher dynamic range, and a memory peptide dimer distal or side by side, could have a high dynamic range sequence version connected to a high electric charge contrast
version. They could see if the combination of rich view with vivid view at a dimer improves memory in rodents


iousness

A popular more nutritious version of ramen instant noodles could be instant ramen egg noodles. Similarly rice, precooked, white or brown and breakfast cereal wheat and noodles and breading could have all the essential amino acids added to it in the form
of a new protein that is sequenced to taste delicious on its own.

E field threshold raising at quantum dot triggers image pixel at minute faint illuminations like imaging of plants, water land, land mineral finding, then use Ariel mass seeding of new land dwelling Kpca making duckweed and other eentsy blobs with a
differentiable 1/3 mm tissue culture and gel, plant start, weight form tapered to land ultra kpca gathering of moisture side up, 340 mph airplane or drones does mass seeding on optimal places for npk and trace plant nutrients where during 2020AD almost
no plants grew, 100 meter wide sprayspan and 700 km/hr ,

3000 times faster read computer memory, square wave top surface is crenllated and square waved itself to have a supplemental bit representation of 1000-1million on/off transistors from the chirped time and power compression of various standard on-chip
areas like CPU level 1-3 cache memory, at multiprocessor chips the square waves of computation can be chirped reminiscent of optical crimping, and then form the crenellations dips and peaks of the square wave of a different processor, making an instant
lookup copy of the other cores on a chip so any particular core can lookup the output and state of the other cores, this functions as an ultra rapid read function bus on a multicore chip, reading of data impressed crenllated on square waves could be
accomplished with quantum dots that have electrically modified emission, or modify their surface charge, indium phosphide already has 7.5 Tera hertz response, so quantum dots made of indium phosphide, particularly isotopically pure indium phosphide, and
various computer genetic algorithm improved quantum dot forms, cystallinity, varieties of crystal structure or amorphousNess, ability of the quantum dot to be much faster than indium phosphide from a 98% preemission saturation of the quantum dot in a
magnet next to chkp magnetic field or electric field, it is possible that making a magnetic element, or even diamagnetic magnetic element like neodymium, cobalt, or even highly diamagnetic bismuth NdInP, InPCo and a variety of other forms simulated on a
computer to find fastest trillions or quadrillion this of a second responsiveness from 98% external magnetic activation to produce hair trigger effects from the magnetic field, oscillating magnetic field, or quadrillion Hz oscillating or DC oscillating
magnetic field

Also, during 2020 square waves were used at computer chips, but there might be better waveforms to trigger transistors faster, with higher resolution, and greater energy efficiency, breast with erect nipple, defined rod size order velvet like a taller
rod every even number fractionth of the new wave shape, wavelets of any kind bulk computer screened, verifiable zero at a digital wave from actually being, not zero wave height but a wave shape that is so obviously different from an on 1 wave form like
mini peaks at 2,3,5,7 /11ths of the zero. Someone talented at mathematics could come up with new 1 and 0 waveforms that have tremendously higher mathematical ease and depth of error correction velvet

Doily of gaps at Pn junction and various electron concentration layer, cloverleaf, slightly bulging to be FET, microcandebra connected to the e-output side of a pm junction, capacitive plates, even ungrounded ones next to the Pn junction, petillion times
reusable zener diode where breakthrough voltage as one of two or more e- gathering paths causes a pulse of rod, or a nipple on a curve, three different zener diodes adding shape to 1 and 0 waveforms causes an extra layer of data. Say the zener diodes are
at the top middle and bottom of the collectoralso these could be at the side of the FET active region, all 3 zener diodes contribute to say three rods sticking out of a round edge trapezoidal wave, if there was an oops, like the unengieered tunneling of
an electron, or a RF event like a person happening to be visiting a science museum, there is the ability to correct the oops with an analog component that spots that although the trapezoid is on-spec, the rod length, say just one of the rods is extra
tall then the analog component can zap the wave passing through it to a trapezoid with no rogs, fully functional as a bit, while being a qc measure, if the analog device found a hypertrophied half circle, with no nipple an engineer might have the analog
device remold the wave on the fly to be a 1. Just having something more complex than a square wave can make any quantum tunneling event super obvious, so makes them suoer screen able, An analog device that can automatically correct errors, like a thz
indium phosphide, already 300-2700 faster than a 5Ghz 2020 chip sees bits go past, and anything that has say 2 of 3 2d shape characteristics is restamped a 1, most quantum tenneling waveform shifts would be obvious to bandpass based analog identifiers,
noting the analog error corrector is 399-700 times faster than the main circuit improves, it can just spot the oops waveform, expose it to Pico seconds of ground to make a flat line, then put electricity into the electricity data stream with an waveform
creating or not really but kind of, embossing, capacitor of an unusual shape that outputs a curve and nipple or a trapezoid with rods, people that know math and geometry as well as the cheapest Way to make A capacitor on an ic could come up with a much
simpler version, and see if the 300 Pico meter transistor size could benefit from simply Re embossing the datawavestream, at a computer with a clock, and there is such a think as clockless computing therere is an opportunity to do something weird, useful,
and new, for each billion transistors there could be purposed slight differences shared amongst a neighborhood of a million identical near neighbors, creating 1000 different varieties of a rod decorated trapezoidal wave or three heights of bump and
three heights of nipple, all of the 1 and 0 pass the analog qc, then one particular area of the chip can, because it is made of different semiconductors running 300-2700 times faster can sample the entire data stream to find out which neighborhoods do
the most computation, then the software can grab the measurements and change the code to balance the load to get the most accomplished

Magnetic underlayer at photovoltaics or thermoelectric semiconductors could cause Pn junction hair trigger, dim or overcast day higher electricity production, it's even possible that including a magnetic or diamagnetic element at the actual Pn junction
like GeSe making GeSeCo causes greater electricity output of the photovoltaic

A solar concentrator 40-80 sun's could utilize a peltier effect refrigeration layer at the semiconductor stack that uses 4-18% of the electrical output, noting that hyper cooled photovoltaics could produce 20-28% more electricity tjis increases
electricity production 24-9%, a peltier effect efficientized photovoltaic could be made on-chip with a ic chip technology producing a 80% micro lumen or foam layer transparent to light that causes cold conserving insulation right at, or above the
photovoltaic junction layer, making the foam lumens smaller than 100 nanometers in size permits full optical light transmission to the electricity producing part of the completely passive, light chirping without or with amplification can make one sun of
illumination have the pulsed periodic intensity of 40-80 suns, so an all passive, but 2-4 optical element makes the optical chirp like light intensity increase, also it's possible that a series of quantum dots can make high energy 40-80 sun's or more
does the optical chirping that causes higher electrical output, similarities to an RC oscillator the optical quantum dot chirp maker could be a quantum dot layer that absorbs a nonPV frequency converts it to optimal PV frequency and then has a relaxation
time after light emission, that does a couple things, relaxation time after quantum dot emission can be the spaces between the pulses, and then the pulses chirped passively without an amplifier with a light chirping decompress or and compressor I saw AR
Wikipedia for chirping lasers, also there is each quantum dot making its own chirped light output and then the possibility of causing mass zemisynchronkus output of the chirp producing quantum dots by creating a magnetic oscillating field, likely powered
electrically, perhaps with the magnetic field from a conductor oscillating above 1 thz, a 2020AD indium phosphide switching 1,5 thz transistor could pulse all the magnetic windings at the entire photovoltaic of numerous cm^2 or even higher electricity
output per $ meter^2 chirped lightwhere chirping heightens efficiency photovoltaics

Longevity research, interbreed rabbits with different sized bodies to double or triple the brain volume of that rabbit strain, see if they live longer, if they do try it on mice and find out which brain structures and nerve organizational effects as well
as developmental hox genes or similar cause the greater longevity, although mice get cancer, I think I read rabbits get atherosclerosis, one scientist put an extra p53 tumor suppressor gene in mice and they lived much longer, similarly rabbits have been
successfully immunized against cholesterol and atherosclerosis, I think rabbits bred to have triple brain size could be engineered to have the human version of the cardiovascular gene ApOe that precludes almost all heart disease. The emphasis is getting
heart disease and cancer out of the way so the very longest lifespans with triple brain size are found. Further doubling of brain size is possible with rabbits and mice to six times the original brain size, providing further support for larger brain size
causing longer lifespan. Once the specific regions are found, if they are, that cause greater longevity they can be exclusively increased in size without the other brain regions or neuron types at another mammal such as the squirrel, the chipmunk, the
deer, the milk giving cow and nonmammals like the dove, zebra fish, egg laying chicken, any brief lifespan reptile or amphibian, and, using homologous gene sequences, honeybees and stingless bees. Along with size of brain, fineness/size, as diameter of
neurons, combined with triple length neurons and dendrites at rabbits and mice could be characterized as to longevizing effects. With this data, adult existing humans (homo sapiens and branch species) that are age batched and that volunteer to increase
neural fineness, neuron and dendrite length can have their skulls modified with through the skin laser surgery to produce unconnected skull plates that easily permit physical brain expansion from stem cell therapy that grows the physical brain in ways
linked to longevity. 100 ml of stem cells expanding the brain administered per month grows the brain 1.2 Kg annually for any period of brain expansion the volunteers prefer. Along with measuring longevity increase, any increase in cognitive ability is
measured, a variety of psychometric psychological tests are also given to determine the effect of brain expansion on personality

Plants that grow and thrive at the ice poles that reflect even
Ice zeolites, think of a zeolite with Mg Ca Al and Si that form connected passages, then think of a bunch of minute ice crystals with either ions or nonionic metals like Mg2, noting that metamaterials can create 44 nm beams, think of lasers cofocally or
depth gradient zapping connected passages and lumens into existence out of a blob of ice crystals. The effect is a catalytic zeolite made of ice, the advantage over a regular zeolite is that a wider range of geometries is possible, and all the elements
at the periodic table are place able at the zeolite, if a person wanted to put a diamagnetic bismuth right next to a magnetic cobalt they could do that, one way to do that is to first make ice crystals with bismuth on one side, opposite or alternate at
the * crystal, then include those crystals in the zeolite iceball, along with things like converting lightly refrigerated ch4 to higher value alkanes, another thing an ice crystal zeolite can do is be a combinatorial space for atoms near each other at
the internal connectors, each 72 grams, 6 moles of ice, if it is 1/18 non water atoms contains 2^23 two atom testable catalytic effects, the technologist makes an ice zeolite with 18 different element atoms, and then there are about 100,000 locations for
each unique atom nearness pattern. This gives the ability to find new chemical reactions, changes, and catalysts at the ice zeolite. One way for the technologist to find out if their preferred reaction (such things as ch4 to higher value alkanes, nh3
fertilizer manufacture, turning SO3 flue gas material to a harmless material, nitric acid manufacture from water, and nitrogen, titanium reduction to metal at water ice temperatures, catalyst ions (Co, Pt, Pd, Ru, Cs, others) reduced to metal, battery
chemistry, cellulose to sugar, hydrated calcium oxide to nonhydrated calcium oxide, other functions of zeolite like pure element gas concentration) is happening is to do any of depthy light casting spectroscopy at the entire zeolite, also spectroscopy of
successive layers of the ice zeolite (2000 layers, lasered off flat and spectographied at 1 layer per second is less than 7 hours), another way to find out if an ice zeolite made a preferred chemical change is to melt it, either 1 layer at a time, or all
at once and use attogram and zeptogram finding chemical tests to see if there is any preferred reaction product, if there is then that is a cue to repeat the react and melt cycle with just the few atoms the technologist thinks caused the preferred
catalytic reaction, this is much much more precise with computers making 2D spectrographic maps of each of 2000 layers. Also, as an alternative to water ice it is possible nanochennelized solid DMSO, amorphous or crystalline could be used, similarly for
a crystal zeolite that is solid at warmer than water ice stp but still crystalline, sublimation camphor or fluorohexene fluorocarbon could be used. It seems like camphor or another sublimator could find both the preferred reaction product and the which
reaction promoting atoms where in what order zonal neighborhood are near and at the preferred product, just let the 72 gram iceball sublimated down to 100mg-1gram of channel atoms and the preferred reaction product, do depthy spectroscopy and find the
atoms and neighborhood nearest the product. For some reactants visiting an iceball zeolite to survey a whole bunch of reactions for reaction development isotope labeling could make spectroscopy to find the catalyst, reaction and reaction that produced
the most product especially rapidly findable. Besides surveying catalysts, ice ball zeolite, notably ones made out of water ice, a proton conductor, polymer pedot nano crystals, an electron conductor, alibaba 30¢/kg ion exchange resin polymer, but as a
laser multichanneled solid can do actual chemistry once the things to put in them are found. Water ice is the cheapest, and likely could react different gases (ch4, n2, ozone). It seems possible that water pedot, or ion resin could be as a true zeolite,
because they could first be loaded with metals of interest, then Mg AL CA, then rinsed or vapor sublimated with sodium silicate solution (magic rocks) to make ionic silicon passageways. One thing that could increase the catalytic effect of an iceball
pedot or ion resin nano crystal zeolite is to use its ductility to put it in a ductile flattening roller that takes the channel and lumen spaces and makes them go from 44 nm to 22 nm to 11nm to 5.5nm to 2.75 nm, tremendously increasing chemical catalyst
activity. indldpedot, magnetic compressioncchemicalat , and, where the connections

Kind of like Pcr but with peptides, only nonglommed aptamer peptides get comminuted/zapped, remaining glommed peptides are duplicated with a specific amino acid docker, attached rung like to a copy of the amino just docked, this builds a copy of the
glommed peptide, and can be repeated again and again to make something that looks like ||||| of parallel identical peptides

Degaussing automatically at generators, motors, electric cars and vehicles and transformers

Cone shaped electrical catalyst regerators

Pleasure sex sheath or condom for penis pull part of penis vagina sex causes ramping pleasure and sudden pleasurable feeling of warm stripe on the woman or girl's a-spot and vagina 11 times warming area of annulus gathers radiant body emitted ir, then
either an intentional or spontaneous, or orgasmic squeeze of the woman or girls vagina changes optical path to illuminate just the sides of the annulus, at the particular depth of penile penetration, about two separate 11ths of a circle, just her A-spot
area and a warm shape at his glans of glans rim, if he likes, and she likes, that way the ratio of full penis and vagina

Beneficial genetics of being multiply orgasmic as a child, just have children's software that parents voluntarily introduce because they value sex education. at the internet version of sex education prior to puberty for any person prior to puberty, run
advertising that goes to a fun four image question quiz, images of children masturbating with onscreen text and words, "which is your favorite way to do this" and then after they tap or click have an avid rapid genital touching image version with audible
rapid breathing and a gradual version with masturbation but without acceleration, then if they click or tap the intensifying masturbation there is another image and there is audio that says "I'm touching myself/rubbing my pillow, feels so good, faster,
press harder, then wow! I feel something really great!" as well as "I just rub and touch, it feels good and I keep going, as MD sex therapist certified software, suggestions like getting the child a vibrator or lubricant are made, and at hundreds or
thousands of the children that they feel" wow", orgasmic, the technology developers and scientists email the parents about getting a complimentary pleasure vibrators, complimentary lubricant, and a soft easy and obvious group of 8 cheek swabs, one for
the child, each parent, and extras so people can swab more times if they like, the data is used to find the human genetics of orgasm and multiple orgasm of people of all ages before puberty, once those genes are found, and found to be nondeletdrious, it
is beneficial to make them part of the germ line and somatic genes of all humans (Homo sapiens and branch species) globally and wherever they live.

Gene's and body effect, the beneficial opposite of what I was told about calming a female cat in mating period from inserting a small glass tube in her vagina, the reverse of that likely Gene modulated effect is a new chemical, peptide, RNA, gene based
aphrodisiac once 99th percent of surveyed people say they like, feel pleSured from, the developed aphrodisiac.

Regenerate catalyst with electric field, in situ rf antennas narrow beam cast em to make electricity at catalyst blobs and coated surfaces at chemical process industry reactors and metal coated ceramics like vehicle catalytic converters , note this is
associated with the chemistry of electrically assisted catalysts and enzymes that are from 15,000 times to, at enzymes 54 times as active when placed in a mild 0.6 Amp field,

Alinico or better magnets function 1100-5000C from mass survey of printed 600 dpi variations, laser preening increases hardness often 3-7 times so a hardened metal might move or readjust its crystals less if it happens to be a magnet that gets warm, one
way to create laser preening at 60-99% of the body, exterior and interior of a magnet is to use a large area laser effect of many points of a grating division of 10($25@alibaba)-100W of lasers on a metal surface of a meter square area, based on the idea
that some petroleum reactor trays are bigger than a 3 foot diameter circle, and that sticking the Sq meter of ppermanent magnet directly atop or under or being a tray that is catalytic supports the use of magnetic effected and heightened catalysts as
drop-in tray replacements, lasers can peen both sides, grating etching laser, then nonabltatively peen on that grating so the preening light reaches 2,4,8 times greater depth and causes more hardened metal volume, the repeated ductile and folding upon
refolding, and flattening that after 32-34 cycles makes about 10 billion layers, some metals might retain their cold folded and ductile press/roll molded hardness, even though the peened surfaces are now at depth, a machine that combines grating making,
laser preening, and ductile refolding is possible, then after the side profile of the piece is microstructured with over a billion layers (32 cycles), the intact layered piece of say AlNiCo or better magnet is then magnetized, the piece is sawn like a
biscotti, arranged perpendicular to make a billion metal edges side up form, and the biscotti slices are arranged to look like anything from a wood floor to a halbach array, the arrangement of the biscotti array is perhaps glued, perhaps bolted, or is,
perhaps made premagneticization with sintering, that big biscotti array sandwich can then be sliced a few times to make pre-made higher than AlNiCo field strength and temperature resistance, from all the laser preening, tray packing rounds that can have
catalyst material both under them and with catalysts atop the magnet. There are much better ways to make a tray packing magnet,


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