• Optimizing Motor Performance with Genetic Algorithms

    From Kay Lie@21:1/5 to All on Sun Jul 16 07:25:55 2023
    example amorphous halfnium oxide on crystalline (chemical)

    benefics generators too as they have long functional lives.

    if you think of wire as having a coating on it as an insulator, if the coating had regular insulative beads of its own diamereter on it, the wires would be spaced further apart on the morot

    all beads and hafnium oxide amophous soak ()()()()=()(), even if the insulation completely chipped off, the beads would susped it in the air, and depnding on the application, the air could be aither of sufficient dielectric that the motor omits arcing
    and continues to work.

    1c jewel bearings at alibaba; 200-250 grams oz 2000 degree spraypaint $6, barium tiatanate (highly insulative dielectric) is about $1.00-$5/kg,
    BaTi seed beads strung on wire

    laser relaxes insulation: interferometry, warms and wiggles, even ceramic coatings. relaxes insulation with the theory it won’t mess up if it is relaxed.

    why have I never seen a pole piece, like a tube, on a motor, or a distributed-through motor computer optimized pole piece. confident and ignorant at the 1/2b. generator, y and fractal and net windings, as a computer optimizable approach to nonlinear
    windings,

    motors vibrate, but if you put them on a plate, and put a weight on the plate, you might always get them to vibrate at a certain frequency, that they have been engineered to tolerate extra well, so instead of mouting the motor on a plate, can you just
    put a big bump, or heavey-up an annulus at some part of the motor to give the motor an resonant frequency and a most preferes to vibrate at frequenccy that are nondeleterious to the motor and its insultionl likewise if you mount the motor on a skyhook,
    and have the shaft connect to its load with contactless magnetic coupling, do you obviate all vibration except that which the motor itself produced, GA motor to make only the most wholesome vibrations, are there good motor preserving vibrations?
    Orbits might be less f=ma stressy than <-> side to sides, 720 degree spherical vibrations or 3d lissajous, (O) if they exist, might be less stressy than O or <->

    bumpers omit banging

    Gooseberry strands, made with a laser, at gel, surrounding a generator or motor, a radiating support web, could be bumper with perimeter decors;

    WSU made a substance harder than diamond in one direction, make jewel bearings out of that;
    magnetic bearing back up,


    genetic algorith could find sweet spot where a spurconductor coating on isotopically pure silver wire can drive the generator or also motor at superconductive temperatures (noting the current will flow through the superconductor preferntially at low
    temperatures;

    3D print; interferometry, then laser relaxation of every 3d print layer as it is lain down. nil warpage tendency.

    alternatively prestressed concrete may have something to do with 3d printed motors. chip, shatter, snap-off, cleave reistant if prestressed concrete mode is tested

    linear actuators;


    at some horribleness of conductor running a peltier element would actually cool the conductor enough to make the system conduct more electricity than without the nergy using peltier cooling; so, at non horrible systems is there a peltier efficiency that
    can turn silver wire more conductive so that the generator/motor is more efficient from onboard in-structure self cooling.

    think of 9 nested tin cans of different sizes, another group of tin cans [= =] can slide into them. the space between tin cans and magnetic windinging is smaller,

    and ssandwich theorem, there is a motor electromagnet so puffy or big, that its power f=MA torque is less than that of a smaller volume motor, but perhaps there is also a motor so small, like a single loop of wire or a stovepipe mono-tube that its its
    torque is les than a midrange motor; so using genetic alforithms for a desired F, torque, the software tells you what motor to make. It might be that magnetic bearing frictionless inter penetration of winding layers at 2-11 nested cans is more energy
    efficient than a single can with a bulky winding.

    ()() )===) pickup

    electrohysteris switchabiliy BaSRTi and ferrtite compared to soft iron compared to steel compared to some sonderful new material. running electricity through the pole piece causes a change in material hysterisis causeing generator/motor changes.
    Genetic algorith matches hysteresis of generator and motor pole pieces to load, increasing either refusal to rotate backwards, sustain on torque, (think of a linear actuator pushing gradually at a metaphorical lower gear compared with quickly at a
    metaphorically higher gear; when the generator/motor does not know its application, this adjustment could customize it, and even be dynamic.

    The crudest variable hysteris pole piece might be liquid crystal ferrofluid that bunches up ferromagnetic atoms like Co attached to the hydrovarbon part of the liquid crystal when electrified; ;

    GA fractal sponge wire that has the highest conductivity for the least mass; I think if you made a wire that was like 20% bubbles you would still get 100% conductivity, so metal skinned foam might be the GA direction, then specify that it bend on
    automated winding well at ceratin angles and see if the metal skinned foam gets a denserfoam-even-wirelike core; #d printed might be very different wire that is also mostly air, nitrogen, argon, Is it an open cell foam that might xodize more, but that
    would not matter at aluminum wire, or is ia closed cell foam, and is closed cell foam retaining argon or vacuum without change plausible?

    eutectic and anti-eutectic hydrocarbons; combine them and they solidify; or combine them and they melt lower; areas at catalytic crackers are puped together to make eutectic or anti-eutectic hydrocarbon mixtures that because they are solids or liquids
    are easier to crack to higher value products;



    so mixing asphalt, or anything at the bottom part of a catalytic cracker, or wax with something, might turn it liquid, where the molecules like to soom and it cracks more easily to something higher value.

    alkenes and eutectics, olefins (alkenes) are higher value, and eutectic alkenes might work.

    also, it might use less actual input thermal and motion energy to catalytically crack a eutectic liquid former asphalt or polyene=c-c=

    peltier effect annealing; 3D printer that does metal, could anneal metal on purpose, from STP! yep not forgelike, just santa barabara Ca spring to -40;
    so print on pelier platform/fridge maybe to make 3d printed stuff stronger, metal especially, I do not know if plastics anneal. 3d printed motors might have annealing to make windings deform less with use or other wise increase toughness;

    previously written Y and branched net 3D save modes when a length of any size or area shorts out; 3d printing is one option for Y and net/branch shaped windings

    intrinsically floating magnets, yep, floats in floods metal foam, omits getting buried, and keeps turning.

    what do endoliths die of? they could autospy samples from old rocks, and find out. Then they could fix those problems for endoliths that live longer than millions of years. It is slightly artistic but 100 million year projected lifespan lifeforms have
    value.

    “evolved the same longevity strategy 7 times”, so different genes, so can put all 7 ways in one mouse, and might work even better than just one way. SO then, what longevity strategy has eveloved idnependently; there is some thing scientists do when
    they notice a commonality and track it to genes that allow them to say that.

    so like metofrmin and AMPK are a shared way to live longer by not eating, have other organisms come up with completely different solutions to not eating that have applicable package-import capability? What do plants do in response to less food? What do
    mammals do in response to variously rather than just saying “less food”: Less protein.
    Less Lipids
    Less carbohydrates
    Less sugars
    Less alcohols (sorbitol)
    Less essential amino acids

    enterosorbents make rodents live 40% longer;
    feed yeast, c elegans. daphnia eneterosorbents and see if they live longer and find out why. ALso, place eneterosorbents generously at the culture media of yeast, c elegans, zebrafish(filter clay), amoebas and daphnia and see if they cause greater
    longevity that way. IF entersorobents at media are longevizing find out what the organisms are secreting to their environment that unless absorbed, effects lifespan deleteriously.

    exposing yeast to enterosorbents could be accomplished by nanogrinding the enterosorbent, and making a kind of yeast culture mud where various 40.60.80% of the yeasts entire body surface wa in contact with a particle of enterosorbent; yeast nutrient
    medium, mostly sugar I suppose, would filter gradually through the mud. They would produce more GFP the longer they lived, and flow cytometry could describe their lifespan at the experiment.

    At amoebas, daphnia making nano or microparicles of published longevizing charcoals, perhaps flavoring them, likely gets the other organisms to eat that or flavored alumina enterosorbents (30-40% longevization)

    It w be possible to get bitcoin with paypal, making getting solian amisulpride from that one drop ship pharmacy possible.

    This idea was demonstrated in a 2011 study, where Dr. Dinan and his colleagues gave mice either normal, or food fortified with probiotic Lactobacillus rhamnosus bacteria.
    They found that mice given the probiotic had reduced anxiety, depression, and a healthier response to stress, which was associated with altered brain levels of the GABA receptor – a protein that detects and responds to the neurotransmitter GABA.
    Moreover, a study in human participants showed that supplementation with a probiotic containing Lactobacillus helveticus R0052 and Bifidobacterium longum R0175 was able to not only able to reduce levels of cortisol – the main stress hormone – but
    also eased psychological distress.15

    https://supplementsinreview.com/nootropic/psychobiotics-probiotics-for-the-brain/

    Daily subchronic administration of PF significantly reduced anxiety-like behaviour in rats (P < 0•05) and alleviated psychological distress in volunteers, as measured particularly by the HSCL-90 scale (global severity index, P < 0•05; somatisation, P
    < 0•05; depression, P < 0•05; and anger-hostility, P < 0•05), the HADS (HADS global score, P < 0•05; and HADS-anxiety, P < 0•06), and by the CCL (problem solving, P < 0•05) and the UFC level (P < 0•05). L. helveticus R0052 and B. longum
    R0175 taken in combination display anxiolytic-like activity in rats and beneficial psychological effects in healthy human volunteers.
    https://pubmed.ncbi.nlm.nih.gov/20974015/
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    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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