Kelly's molecular unidirectional triptycene rotor molecule (wikipedia 1/22/20) could be stacked like ferrocenes +-+-+-+ aligning the rotors, and having them have different r (side or moiety groups) groups at each ferrocene layer could "walk" new
reactables onto Kelly's rotor molecule from the stacked ferrocene like layers, it is even possible the more distal ferrocene sandwich molecules at the +-+-+-+ rotor stack could do completely different chemistry, feeding Kelly's rotor molecules with a
wider variety of possible feedstocks that are turned into R groups Kelly's rotor likes

Ways to make non-normal distributions at systems with floaty parts and/or Brownian motion, pinball machines can cause a ball to traverse most of the field with just two flippers and energy imparting bumpers, an energy transferring asymmetricalish binomat
like array causes hyperconcentrations at particular board areas, the energy imparting binomat pins (pinball bumpers) doing sortation and increasing yield of combined Tetris pieces, rather than gravity pulling the pinballs to the flippers a gradient of
electret intensity at the pinball machine rolling plane could be used to pull all the Tetris pieces towards the flippers and recycle aperture

Could anthracene (apparently planar polybenzene) be a mold release molecule about (HCH) 3 atoms thick, or one atom thick, there are some polybenzene molecules that sublime, camphor is one (I think there are numerous others), at a corrugated path
assembler or Tetris or Legos a layer of a subliming molecule could wiggle its way out from between pieces or as a mold release agent

I just read entire magnesium atoms quantum tunnel through cytoreceptors at tissue to do actual things at cytochemistry, it is possible that a monoatomic mold release agent could quantum tunnel out of the space between the printed and the printer, so what
is the eentsiest molecule (quantum tunneling avidity) that can coat all or part of a Tetris piece or lego, boron and beryllium are about half the AMU of quantum tunneling magnesium, much larger than Mg is bismuth, but quantum tunneling combined with
diamagnetic wiggling might move it out from between pieces, or as mold release agent rapidly

I read there is a solvent based way to roll graphene up like a carpet, a planar network molecule (mica, graphene, boron polymer something, possibly others) could have stripes of stuff placed at different areas and rolled up like a sushi roll, causing
interior order, this supports a Tetris piece with core and layers, and possibility of asymmetry that when it bumps around has its distal parts wear off their ends, exposing the sticky (or other utility) layer (metal possibly) at the core causing the
Tetris pieces to link tip to tip or one of the sushi roll lines of material could have a tendency to migrate (asymmetry could make it 1 layer fom one side but dozens of layers. From the other sides) making preferred faces of the Tetris pieces stickier
than the other sides (which benefits automatic assembly in an environment with stochasticism), one sushi roll line could be an electret, a thermoelectret, or even a piezoelectric material like quartz (SiO2). A sushi roll with the electret located off
center would have a preferred link-up side

Besides rolls, it is possible planar molecule origami is possible, with sticky vertices or edges to make quaternary and tertiary gingerbread house structures, Origami corner wear or off center electrets uses piece meets piece stickiness into making
larger planes, spheres, numerous preferred shapes, possibly part of building the multiarea larger entire nanoassembler from parts it can make

At a sushi roll or origami construction besides vinyl cling film electrostatic favoritism like electrets it is possible that corners or edges could have crystal nucleation sites on them and some drifting around chemical would grow at the nucleation site
on the structural component causing corner agglomerations (glue lump) a stronger connection, some crystallizables at an argon environment at 0°C or STP are boron polymers reactive boron monomers as nanodust that floats indefinitely at a sparse argon
filled nanoassembler space, gallium, less melty gallium alloy nanodust, I do not know how many metal atoms are required to make an alloy, it is possible gallium with another metal to make the gallium not melt in your mouth could be a nanodust that likes
electret and particular atom nucleation sites

Another was to fasten origami panels or Tetris pieces together is with voltage clamps (orders of magnitude greater electrostatics effect), I perceive that static cling like vinyl decals on windows gets really strong at higher voltage (hair standing
straight up touching van deGraaf generator), so if you make a thermoelectric nanocrystal, a night day cycle or some other thing or PCR like anneal cycle could possibly produce a voltage high enough to hyper-static cling things together, but how does a
nanoassembler minimum size (minimum number of atoms) thermoelectric nanodust with a hyper cling-film side

Polarity switchable electrostatic voltage clamps,

If you have two molecularly different thermoelectric crystals of different temperature response then you can have a thing take on opposite electric charge or zero net charge at different temperatures causing repulsion or detachment, this could be a way
to detach or permit cleaning off of material, and get misapplied debris to float away leaving cleaner drexlerian mechanical engineering friendly surfaces

PCR's(polymerase chain reaction) locate, split, copy, match anneal cycle at nanotechnology is two polarity voltage clamp friendly and like PCR can generate billions or trillions of things rapidly,

A physicist could figure out how many is the fewest atom thermoelectric structure that gloms at. ±5 but repels at ±14 °C

Thermoelectric polarity twins on cooling and for cleaning

Medical and reproductive technology, Cytosorter like sperm sorter with energized (pinball) binomat

Magnesium threonate as a calming nootropic might work better if the threonate amino acid were modified to have a loser affiliation with the magmesium

Nanotechnology,

Quantum tunneling mold release agents could have use in custom shaped catalyst particles, like eentsy few atom Cobalt catalysts, this fosters nanotechnology like

If you put the electricity in the right place can you keep TNT from exploding. A thermoelectric as a Lego baseplate for molecule assembly

Battery Awl, carpet rolls with interior dissimilar metals and two conductor tip applies voltage on end of stick

Like a Vacuum gas getter, adsorbent sheet electrets for stray atoms and partial debris at a sparse argon environment

Researchers measuring bacterial vibration can sense things one millionth of a mm, a nanometer, about 9 carbon atom diameters, they think they can make a piezoelectric version, so about 720 atoms at a blob might be a large research piezoelectric
nanotechnology element, so making a 9 atom cubed piezoelectric, electret or possibly thermoelectret vinyl cling voltage clamp is likely 2020 able technology

Pcr has grow anneal cycles with warmth, analogously a 720 atom 9 cube thermoelectric, A 9^3TE, attached to something useful could be voltage outputting high static glomming at STP±10 (standard temperature and pressure ±10)and neutral at STP±5, if
something like a lever or a cantilever has cups in it then the 9^3TE can ultra glom to the cupss, then at STP±5 cease to glom the useful payload the 9^3TE then declamps and drifts off in the sparse argon environment, sometimes a recollection area warms
or has electrical charge at it adsorbing most or all of the drifting 9^3TE units for reuse

Published is a 25 nm strut rotating things on a base plate with an rotating giant magnetic bead at the tip of the strut, applying magnetism makes it into a rotor

A physicist could calculate how big a thermoelectric would have to be to generate enough EM to do kerning (possibly pico positioning) of a diamagnetic atom or nanotechnology utility object, bismuth is the most diamagnetic element and flared tube and
narrow tube could be kerned together and maybe even twist coupled (bayonet connector), if that amount of EM is possible from a multiatom thermoelectric floating nanodust object (MTN) at the sparse argon then outer and interfacial coatings of bismuth
atoms could be jiggled, opening seams, being a mold release agent (disassembling Tetris and Lego's, or debuting new made ones), or like a sand compacting vibrator jiggling things into closer contact, the bismuth would not need to be on the exterior it
could be in the middle of a carpet roll or the center of a crystal

At a thermoelectric nanotechnological object that looks like a Tetris piece one side can be ensconced at a big blob of atoms, as a cool or warmth reservoir and the other side, positive or negative can face the outside and be a surface, notably a voltage
source that can be like an electrostatic cling film charge surface, using its voltage to stick to other things or be repelled by them, this greater voltage

Tetris piece membranes, electrostatic kiosks, EM kerning wiggle to fit pallet (or floaty MTN)

Proton conduction might make porous nanosponges from the hydrogen atoms literally piling up on one side of something nanosized leaving gaps at the other side, if proton conduction works on big non hydrogen nuclei then thermoelectric can be among energy
sources

Concentrating metals from granite or other rocks, superacids and superbases exist, nanoassemblers that make these can apply them to rocks or also rock dust for hyper rapid leaching of preferred elements like metals with rock dust made from serrated
popsicle stick exploders, and, at risk of doing chemistry, metal azide that cause minute layers of rock to turn to powder, with nanograms of nitrogen explosives, is there a metallic (Aluminum, sodium) nitrogen explosive, sodium azide or possibly nitrogen
trichloride, nitroaluminum)

if proton conduction works at things bigger than hydrogen then rock dust might be mixed with a conductor and an electricity source to concentrate metal from literally moving the nuclei, aluminum containing clays are gelid and slippery, I think from
aluminum hydroxide gel

aluminum hydroxide, I think, makes a slippery water gel, so ground up. Comminuted, or ionized rock dust nanocomminuted with serrated popsicle stick exploders, inorganic nitrogen explosives, or anything that grinds could availabilize more elements like
metals to the nanoassemblers when the nanotechnology assemblers make aluminum hydroxide and coat rocks or rock dust with the aluminum hydroxide that, perhaps, picks up water

Also, is it possible to do gel electrophoresis with nanoassembler produced aluminum hydroxide, which then might deliquesce to make AlOH gel, if it functions, or the nanoassembler makes a different chromatography structure/chemical (calcium chloride
possibly) then defined areas of very high concentrations of rock dust element components are produced, like I may have read some granite is about 1% thorium, and sodium and aluminum and titanium are very frequent at rocks, so then the nanoassembler has
purified elements at knowable gel locations to build things out of

A physicist would be able to calculate how long floaty nanodust thermoelectric MTNs float, at sparse argon

Piezo floor flingers put all the things that pass their Tetris filter and MTN pallets back into the sparse argon air, notably thermoelectric electrostatic voltage clamped pallets (MTN)

Besides sparse argon air, other possibilities for a 3D nanoassembler internal medium are nitrogen, deuterium D2 gas, "ball pit" 3x3x3 atom spheres (or some size far from the resonant frequency of the Tetris pieces, unless of course you want to take them
apart) made of SiO2 Al2O3, the spherical version of whatever the silicon molecule is that arises from "magic rocks" (precipitate of sodium silicate), possibly with a piezoelectric or electret floor or wall causing a fluidized bed like but actually kind
of like 3D air popper popcorn environment, thermoelectric piezoelectric floor could have zones like a grid, with on/offability

A variety of nanoassembler rather than having a floor or electret or thermoelectric piezoelectric floor would actually construct something beneath it and the nanoassembler would rise with the accumulation of product beneath it

MTN floaty pallet has a Tetris piece or larger nanoobject voltage clamped to it, then declamps or even repels it into place

Macroscopically perhaps the Milliken oil drop experiment could sort floaty MTN pallet layers at a fluidized bed, Drexler might make photovoltaic like energy from radiometers (light Spinny bicolor rotors at science museums)

Longevity technology, some MRI machines are 7 Tesla, although it is possible the person's head is a meter from the magnet, square of the distance seems to suggest that being 1000 millimeters away from the magnet is one millionth the field strength, so a
human gets a light dose of magnetism, that said, DNA is diamagnetic and the DNA coil changes between different liquid crystal phases and the pitch of the DNA coil changes, so, to find out if different phases of DNA and their curliness has any effect on
longevity they could put C elegans, yeast, and mice 1 mm away from a big magnet like a 7 Tesla magnet and see if there are any longevity changes, if there are then drugs could be used to create that longevizing DNA morphology and curl pitch, if however
the curl pitch change is deleterious then they could test the opposite direction of pitch and DNA phase (like cholesteric liquid crystal) to find out if more morphology the other way caused greater longevity, if so drugs or genes that effect DNA pitch
could be new longevity drugs and agent



I think of ideas and inventions, but sometimes the voices I hear will say something or give me kind of a nudge and I will hear their idea or the nudge will cause my thinking quality to go up slightly, I think out loud at my mind things like "absence of
paranormal amplification" and "June 12th", as based on my thoughts on June 12th I figured out I could say or write anything that occured in my head or mind.

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