Are there any nanoassembly activities that are endothermic and produce bulk material, that could partially be filled with a heat conductive material or structure like a heat tube, the nanoassembler could make such a mixed structure without getting
warm and then the bulk of the material could function as a heat sink and heat tube/finned radiative structure

Anti malaria thing, some people and rodents will repeatedly readminister a recreational drug until they pass out, if there is a mosquito bait that feels so good to the mosquito it readministers it (revisits) dozens of times that would keep the mosquito's
from exploring the rest of the room and visiting the human, this might not work better than baited flypaper though

They could screen a list of things people do and find the things that cause the greatest sustained 1, 7, 14, 28 year increase in subjective well being at different big five personality cluster types, there is also an unsubstantiated folk saying that
couples that are happy share some relationship style characteristics, possibly things that build 1-28 year greater SWB that also grow the mind forms and behaviors that happy couples with happy children share could be found from quantifying effects and
doing actual experiments, monozygotic twins uninterested in going to college, pay one of them $10k and free college for their first year while the other twin just does their previous preference, similarly a date a week for a year, with one of the
uninterested mz twins paid to do it, find things quantifiably and projectively beneficial, It is even possible a personal finance class, repeated once every 7 years for singles and couples could make a difference, as well as established couples dancing
together, also there are mbti J and people above the median of big five conscientiousness, these people might be particularly capable at sustained purposeful 1-28 year raising of SWB

It is also possible that omitting or decreasing something causes 1-28 year increase in subjective well being so they could find out what happens with the MZ twins when they omit a variety of things like commuting

Supporting genetics and happiness research there are over 30 million mz twins on earth, and about 40-60% can be reached with a phone app, so a Firefox browser or Kik or imageboard or tiktok for mz twins could reach millions of them, then researchers
could do voluntary research on them, also. Scan social media sites like Facebook for MZ twins and do research on similarities and differences in content

Angie question, do you have a thought out philosophy that supports and encourages you to be so spontaneous and fun yet organized? (random acts of enthusiasm kind of remind me of random acts of kindness)

Questions for Bob, what is something creative you can do with your truck, free women's shelter rides, engine improvements, mirror festoonations, commenting on YouTube videos of people with the same truck, a poem about the truck, a song about the truck

Creativity is beneficial, they could do both psychometric creativity measures (quantity and unusualness of divergent thinking among the mentally well among a variety of measures) and web votes on things (kind of how creative is it slider bars) that
visitors view, like say rearview mirror festoonations, or multirelating lawn ornament placing/tableux or daring use of openness to experience on working spreadsheet formula composition, sustained action that creates, like reading a new book on how to
raise children every month from pregnancy to 20 and actually trying the material out, studying the psychometric and actual product creativity at monozygotic twins finds the measures and forms of creativity that are most genetically linked and then make
those genetic components genetic enhancements to the human genome

There are perennial nitrogen fixing plants and some of them make edible berries https://www.tenthacrefarm.com/4-berry-bushes-fertilize/ breeding or genetically engineering these plants to produce easy to mechanically harvest berries in larger amounts
with a flavor people prefer to strawberries and with beautiful leaved is beneficial, sweetness peptides are a possible improvement

I previously wrote about having a computer program do multipass algorithmic solution finding to a list of all the things humans think should be done, that is kind of a form, and other forms might be first things first(do the most important thing first)
and advance on all fronts simultaneously, it is possible quantum computers could find and group overlapping solutions that solve many items on the list simultaneously I do not know which form among these or other forms is optimal

It seems like things like PMMA that plump up thousands of times with water could plump up with other polar solvents or even infiltrated electret nanodust to make small nanotechnological things turn bigger when powder puffed, no obvious application other
than perhaps building materials but entertaining



Shoes, especially children's shoes that are more comfortable, sandals always seem to be more comfortable and are absent tightness at the toes or rubbing anywhere because, say at birkenstocks, the toes just lay there and there is no external tall sides (
upper), if you superimpose an image of a piece of bread with a puffy top on a pair of birkenstocks, and then just attach the puffy bread top at the birkenstocks then you get what look like shoes without tightness or rubbing, also, especially at children'
s shoes there could be a layer that diffuses colorant through to the shoe exterior surface if there is tightness or rubbing, the tight spots, if they were to occur, would be visible to external viewers and adults could see that no colorant meant children'
s feet were comfy even though they grow

I think children enjoy stickers and peeling things off of one another, so a glitter pudding that you can smear on things then peel it off would be enjoyed, it should be possible to peel if off of cloth and painted surfaces first easily, but also be
completely washanble with water and no soap, somewhere between synthetic mucoproteins and white glue, optimally it would have electrostatic character so if a child makes a peel-off they like they can cling film it to a window or a notebook, I am also
reminded of polaroid film where in a few seconds layers of different chemicals migrate to different layers without gravity, so a dielectric static cling powder would migrate away from illumination towards the base, and the colors would remain at the top
This is easier with nanoparticle but mucoproteins and latex with nanoelectret photovoltaic dust might work, or it might not

Something like a different molecular size than lecithin with electret nanodust might make a peelable as well

Fast separating fast drying emulsion, nontoxic and edible

What might work is a highly charged (electret like) protein that agglomerates only when oxygen is not present, this makes the platelet like static clingy protein clump up farthest from the upper surface, and the upper surface just dries out

A synthetic omega-3 lipid that is beneficial to humans that can be a bread oil and vegetarian nugget oil that does not go stiff when it cools, like omega-3 cheese oil that is absent going stiff when it cools like butter

Things that fill children with happiness

St school lunches I have seen the five year olds socialize a little, sometimes forming pars or groups that, to my perception, are more likely to get to voluntarily sit together, the lunch line could be abolished with just having more outside doors on the
cafeteria and grab tables with lunch trays set out on them, giving students more time and a wider frankly mathematical space than a linear line to presocialize, also for half the month lunch seating could be unassigned, for the other half of the month at
the starting classroom people could be assigned a lunch buddy for 3 consecutive days so children could make new friends, also software with a camera could assign pairs freeing up teacher time, more friends and more instant gratification getting lunch
would be the result

I do not have an opinion on same sex or same personality type (or compatible type) Kindergarten-3rd grade schools but they could be tested as to their effects on academics, visible student interest and voluntary participation, and friendship formation as
to whether or not they are a good idea and beneficial, as well as suggesting new iterable improvements

As a children's song some children might really like a song with really fast fun lyrics like, "life is a rock but the radio rolled me", or ELO "Turn to stone" and be encouraged to make up their own lyrics, I think children kind of do this naturally or
also experience beneficial brain blips where a lot of words appear in their head at once

At children of an age to appreciate it, school questions where the child creatively, but truthfully builds on the question or even criticizes the assumptions behind the question are likely very beneficial, building on the question could be seen as being
as beneficial as critiquing it, I think putting these in a curriculum and quantifying their success at diversifying responses is beneficial, they could even put them at media and computer entertainments











At radiation treatments for cancer it is possible an injectable radiation absorber with minimal physiological side effects could lower the utilized radiation dose, bismuth, strontium, tin, antimony and possibly thorium could be radioabsorbers with
antibody as well as injected bases of localization

Quantum dots tune their absorption to size and particle geometry (nanobowtie antennas), vustom size quantum dots that actively absorb, are tuned to, radiotherapy wavelengths could be possible

Ions from spring loaded chemotherapy (like photosensitive moiety attached to an almost free radical peroxide generator like benzoyl peroxide) could respond to harmeless light or less harmful UV, tripping the spring loaded part of the photosensitive free
radical generator, these could generate the same number of ions and free radicals at tumors at cancer therapy as other forms of radiation

Proton beam therapy is a kind of cancer treatment, using the sticky tape x ray process and a coating of proton emitter on the tap could produce side beams that have lots of protons but be cheaper than

Although others have likely thought about it, the shape of a bunched area (like the bunches of electrons at the bunched of klystron) could be 3D like a pile of geometrically overlapping contact lenses, at a system that is transformed to 1D at a pickup,
or a 2-3D pickup like a waveguide this could produce higher power at very narrow frequencies, while the 2-3D waveguide would have a kind of image or image-volume of the klystron

At neuropsychology and neuroscience the eeg wave tissue traversal, and propagation and ability to effect change in other neurons and neuroareas as it travels through the brain and surrounding tissues could be mathematically represented with the
electrical engineering term Q, which is dampedness of an oscillation with higher Q being greater time persistence and amplitude of a power oscillation (signal) like the frequency of an EEG wave, then they could measure the neuroactivity of different
similar frequencies (like specific Hz frequencies among theta wave band) as well as the effects of different electrode placements, voltages, and currents on neural Q, then they could find what electrode locations, currents and voltages have the highest Q,
and playback EEGs at those locations and values and see if they then caused the greatest amount of entrainment and brain state refeeling/recognitioning effect, at recording different Q values neural Q could be associated with physical spatial activity
noting high Q EEG values reach much more of the brain while low Q causes near area brain localization right near the electrode, this provides a measure that supports building devices like local Q and high Q EEG playback and recording machines, also, with
sufficient thinking it may be possible to find equation letter and function equivalents making mathematical engineering applicable equations that function at neuroscience for making math equations that not only predict brain behavior but can be used to
produce brain behaviors

Psychiatric, neuroactive and recreational drugs that use neural Q and to do mathematical equation derived circuits are a kind of brain and effect localization that is new to me and had therepuetic, better than well, and genetic optimization application,
this, compared with just chemical localization that puts drugs at, or keeps them out of physical locations, so drug candidates could be measured and built to do things like raises or reduces Q of neurons that fire (anywhere) 9 times a second, or
heightening Q at an SSRI among neurons that fire at feeling associated frequencies that are different than neurons even of the same type like dominergic neurons, that fire at cognition associated neural firing frequencies

So pill that works on the whole brain but only effects neurons with frequency characteristics like firing frequency, or Q is new to me, higher Q might go with greater effect on neighboring neurons, so a longevity drug could be a Q heightening drug that
works on pineal neurons of any type, a nootropic could raise Q of AMPA neurons, perhaps calling Q "dwell and robustness" would enhance comprehension at medicine

At wikipedia the heaviside model of an optimizable transmission looks just like a polymer, wow!

So what are base molecules and moieties that enhance non-spread, or enhance charge distribution at polymers I get the capacitors and resistors part, the inductor part, as a molecule confuses me

Could there be a power factor superconductor where the resistive load and the inductive load are completely out of phase with each other at the material, the inductive load would be absent equational resistance for very long AC and two conductors could
be used and a switching semiconductor could alternate between them, maybe the regular material right before the out of phase material would experience all the resistance and melt, or, if very fortunate swapping out of phase material wires at alternate AC
waves would remove resistance, I sense I am wrong, but perhaps it could be done with modified grapheme, AC waves do not, unless gussied up carry alternating I and R phases

Finding genetic cosimilars of talented people from fingerprints on old books, fingerprints have DNA, so it is likely possible to sequence Gauss' (mathematician) genome, that genome could be matched at a database of a billion living humans (and tens of
hundreds of millions of children) to find the ten most similar persons, including a child, and they could be encouraged to study math, that is the 99.999999th percentile of genetic similarity to Gauss

I looked at internet memes and some of them were surprising

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