most shoes i have seen in 2020AD were constructed in a way where they could easily last longer and weigh 29-51 grams less per shoe, that suggests each shoe has the ability to host 29-51 grams of technology at the same or better comfort level as 2020
shoes. A laser or Thz emitter, connected to optical fiber at the shoes could make a stress showing interference pattern on the foot, ankle, and calf surface (thz sees through socks and pants) possibly extending all the way to the hips. the computer at
the shoes would either use program logic or a neural network to spot when the person, from their motion was more than 1% likely to mistorque, twist, or sprain an ankle or mistorque a joint. Masses at the shoes, or atop the sock would then rapidly move to
make the computer modelled version of foot and leg motion exist in the nonspraining, nonmistorqueing range. The suddenly moved 29-51 gram mass at the shoe/foot area precludes harm. Now with F=MA the shoe mass will be moving very fast to compensate a
mistorque, one possibility is linear railgun acceleration of mass, powered by an ultracapacitor, another possibility is changing the contour of the shoe bottom in less than 1/100-1000th of a second, instantly making say a negative heel earth shoe(™),
a taller heel, or even a puffed out crescent shape on the shoe base so the mistorqued foot, ankle, joints, when the shoe does meet the ground meets it at the most mistorque preventing angle and motion. Polymers that puff, get squishier or harder with
electricity are published like PMMA and silicone ethanol robot "muscle". Elderly people and athletes would benefit most from these mistorque preventing shoes, and possibly mass driver socks. the technology is mostly already existing, and the shoes could
get electricity wirelessly. These shoe-base customizing shoes with computer analysis of leg and foot motion could make a custom shoe base to be preventative of mistorquing in the first place from custom bulges on the shoe outer base. A layer of chemical
vapor deposition nanothin amorphous fullerene glass which is 1000 times harder than diamond can be deposited on the outer shoe surfaces

New user interface for tablets and phones: the tablet or phone recognizes which finger you are using to tap or persist at when using software. Second finger could mean "act like i'm hovering a mouse on this item" or even give an equivalent to a mouse
right click with a menu of options that pops up. This gives tablets more desktop PC like options and abilities. This is great for Microsoft Surface™. (Right click does a lot in windows). It is possible touchscreens could already recognize the second
finger from fingertip size and shape of contact alone, or it is possible that different fingers differ in capacitance.

Better phone and wifi antennas with sectors or stripes. Wikipedia says using negative refraction index materials as coatings makes antennas an order of magnitude stronger for the same input energy. And putting a ferrite sheath on a, perhaps receiving,
antenna makes it 30%-70% more effective, so the really simple technology here is to alternate negative refraction index metamaterials with actual physical sectors or stripes of ferrite sheath on the antennas of phones and wifi utilizing technologies. At
phones this makes it so they radiate an order of magnitude more energy to a base station from the same amount of battery energy, that allows tremendous cost savings to phone companies as they can utilize and support base stations 10 times further away,
making for say 10 times less base stations to maintain and build. Similarly the metamaterial coating on the base station send antennas produces an order of magnitude greater radiated radio waves, that is then able to reach the phones that are 10 times
further away. At wifi and wimax similar order of magnitude greater radiated energy increases then communicate with more (wider radius) IoT (internet of things) with less routers/base stations. Also its likely obvious but putting metamaterial negative
refraction index coatings on miniscule IoT antennas gives them an order of magnitude more radius of communication partners, or the same neighborhood of communication partners but using just 1/10th the energy to reach them. Wikipedia says, Through the
application of double negative metamaterials (DNG), the power radiated by electrically small dipole antennas can be notably increased. This could be accomplished by surrounding an antenna with a shell of double negative (DNG) material. When the electric
dipole is embedded in a homogeneous DNG (negative permittivity and negative medium, the antenna acts inductively rather than capacitively, as it would in free space without the interaction of the DNG material. In addition, the dipole-DNG shell
combination increases the real power radiated by more than an order of magnitude over a free space antenna. A notable decrease in the reactance of the dipole antenna corresponds to the increase in radiated power."

Negative refractive index and metamaterial lenses could be a soft humaniform, or fingernails at humaniform way of doing photon or other microscopy at sizes much smaller than a wavelength of visible light. If a social companion robot or other robot was
scanning a human for wellness it could ask for a saliva sample, or a used toothbrush, then apply the saliva sample to its fingernail for likely better than 2018 20 nm or less resolution microscopy, smaller than many bacteria

Negative refractive index metamaterial Microwave ovens that use 1/4 to 1/10 the energy to warm things are likely possible.

Possible way to get an order of magnitude more force out of diamagnetism or other magnetism: 1) surround the magnet or the diamagnetic bismuth with a negative refraction index material, the idea is that the DNG (negative permeability, negative
permittivity) material adjusts the "coupling" or transparency to electrons to make them less aloof, the nonaloof electrons then reshape the magnetic field they make/are surrounded with, that other things like a bismuth chunk or wires at a moving winding (
generator rotor, motors) respond to, then respond in new ways with greater alacrity.

Magnetic metamaterial inventions and technology: at generators, the kind they have at powerplants magnetic metamaterials could be used to either beam magnetism or reflect or superlens magnetism from the periphery of a generator stator towards the area
nearest the rotor (at, in or near the stator-rotor gap), this has the effect of intensifying the stator's magnetic field right next to the rotor, increasing numeric efficiency from having more intense fields at the area nearest the rotor. At the rotor,
metamaterials do magnetic beaming, magnetic superlensing, or magnetic reflection of magnetism of the innermost core of the rotor brings higher magnetic flux right next to the stator. The effect of using metamaterials to concentrate higher magnetic flux
right where stator and rotor are nearest each other causes the physical process that turns the rotor at the power plant to make more electricity from the same amount of motion, that is, be more efficient and resource efficient. To do this the windings of
the generator have either a plurality of magnetic superlenses interspersed in their windings, a plurality of metamaterial magnetic retroreflectors interspersed in the windings or also as an exterior of the stator windings, an external magnetism
reflective thin layer. At motors the same metamaterial magnetic winding inclusions like metamaterial magnetic superlenses and metamaterial magnetic directed beam formers, and metamaterial magnetic reflectors utilized at generators can be utilized. The
applications of more efficient magnetic metamaterial motors are many, from chemical process industry pumps and other pumps, to electric vehicles, to an entire suite of HVAC compressors and fans, to motorized mineral crushing machines, to hydraulic
pressure producers, Also, some metamaterials might be cheaper to produce than 2020AD electrical wire, and its possible their use makes motors that are 2/3 more 1) power/torque efficient, 2) more energy efficient. Also the motors become cheaper from using
just 1/3 the wire. Also motorized tools optimized for lightness are better for people and robots to use. Published metamaterial magnetic superlensing and reflectors supports that these things are possible. GE (General Electric) could benefit from a
generator and motor magnetic metamaterial suite of products.

and Beam forms of magnetism might also be possible, which have many imaging, generator, motor applications.

Awesome thing, it already existed in 2014, "“superlens”, however, can concentrate the magnetic near fields of a source. Here, we demonstrate the impact of a magnetic metamaterial (MM) superlens on long-range near-field WPT, quantitatively confirming
in simulation and measurement" so now the generator imaging, and motor makers is apply it to their products. Also i think there could be new dielectric effect trchnologies like concentrating valuable metals from ore based on how responsive they are to a
field of magnetic beams (magnetic superlens foci).

Oocyte matrix from marmoset female fetuses could have chemicals that cause the new eggs produced at the fetuses to be regenerated, oocytes are noted as being completely regenerated with each new generation, but at the fetus, so the ovary matrix that
develops before or at the first fetal egg cytes appear could be tested, as electrophoretic fractions, on human tissue cultures to see if it longevizes them. If it does longevize human tissue cultures, then those electrophoretic fractions can be traced to
genes and gene products, made in large quantities at genetically engineered yeast and then tested on mice, marmosets and human (Homo sapiens and branch species) volunteers for beneficial effects.

Longevity technology: a variety of the most long lived species amongst a group of animals and other organisms of similar type like whales, primates, birds, amphibians, fish, endolithic microorganisms, reptiles, fungi, trees, and insects, could all have
genetically dissimilar bases for their longevity and different physiological bases for the longevity standout species. Finding those different reasons for highest longervity then putting combinations of the associated genes in mice at a high N outdoor
mouse protocol, with fractional factorial matrix protocol, can test 40K mice cheaply. If the mice have longevity gains then even more of those alternate species' genes can be tested in mice (like increasing the number of receptors), the 9.99th percentile
of heightened longevity is about 40 particular gene forms, and those gene forms can be tested at age batched marmosets and human tissue cultures to find the most longevizing, then it can have all new synthesized genes and be tested at age batched groups
of human (Homo sapiens and branch species) volunteers

Gradual laser physiochemical and body modification from sleeping nude and having Thz or invisible laser cofocalize or go through a grating to do spot increase or reduction that activates light responsive drugs. This is also a way to keep the beauty
figure the person prefers. Busides stimulating or decreasing muscle tissue, adipose tissue, and connective tissue, the beauty lasers could effect skin hydration or even have depilatory or scalp hair growing chemicals. THz has the advantage of
cofocalizing through bed covers, although sheets containing fiber optics and light making patterns could be used as well. Making a CAD file from a surface or also deep scan of the body as a teenager 16-18 can be be combined with CAD of beautiful body
forms can sculpt the body.

Also, sleeping in a laser or THz stimulated bed can be a longevity wellness technology. A .3% reduction of heart artery plaque per 24 hours with a year of using the sleeptime chemical laser system 100% of heart and other arterial cholesterol plaques are
removed, increasing lifespan and wellness. One example of such a photoactivated plaque removing drug is porphorins attached to a high density lipoprotein. So the person would drink a delicious porphorin-high density lipoprotein drink once each 8 days,
and the laser while sleeping then light activates the drug right at depthy plaque locations such as coronary arteries. As a beauty technology that continually restores the most physically beautiful combined 16 year old and computer generated form there
are many possible light activated physiochemicals besides porphyrins such as light harvesting carotenes, quantum dots, and entire journals like Photobiology with light activated drugs. One of the benefits of gradual photonic generation of connective
tissues at large breasts is keeping the G-L cup sized breasts highly placed and perky.



Ultrasonic coupling metamaterial is, or could be, like the broadcast antenna, an order of magnitude better at radiating ultrasound into freespace air or dry dirt (agricultural water mapping technology). Metamaterial uses in high efficiency ultrasonic
transducer piezoelectric based motors and pumps are also possible from matching frequency to order of magnitude higher absorption, superlensing of ultrasound that concentrates beam strength multiple orders of magnitude while shrinking beam spot size, and
the production of ultrasound reflectors. Ultrasonic metamaterials could improve the quality of ultrasonic imaging, as well as, when editing well tissue or zapping a tumor, improving the fineness of spot of disintegration as well as its beam steering.

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