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At the MWI it is possible that there are MWI universes full of P-zombies as well as universes where humans have several orders of magnitude greater presence of being than the one I write from, what is an optimal amount of presence of being? Is more
always better? There is likely a genetics of presence of being, people discussing this can advocate their perspectives, Reminded of David Pierce' Hedonistic Imperative perhaps only the 99.99999 percentile of simultaneous absence of sensation of any
aversive physical stimulus and 99.99999 percentile of happiness should have presence of being, while the goal of the civilization is to use genetic engineering or other newer means to make 99999999 out of a billion persons have presence of being once ,
99.99999th percentile of absence of sensation of aversive stimulus and 99.99999th percentile of happiness are available to all, freezing and precluding everything aversive until there is an absence of anything aversive, fMRI and positron emission
tomography could be used on 21st century persons who say they do not have presence of being, compare the fMRI of people during non-dream sleep, and persons who are sedated and anesthetized to find shared positron scanning and fMRI between those with less
presence of being (asleep or drugged) and those people who say they do not have presence of being or consciousness, those people most fMRI and positron or better scanning similar to dreamless sleep and sedation could, perhaps, be believed, and software
tested for pattern awareness and recruitment, those absent pattern awareness and recruitment at age 60 could have a genetic basis for being pattern unaware P-zombies, then people could volunteer to have their presence of being removed, Dave Pierce
supports everyone, and all organisms being P-zombies, from a pattern perspective making everyone P-zombies until they are 60 would likely result in, perhaps, less recruitment, and an upgrade in the "treats" they get, JY says "everyone regrets it" about
the treats



The MWI could have humans that are much more technologically advanced, they might be able to detect things in other MWI universes, is there a way to attract those above median comparability? It is possible they might like the arts, seeking literature,
music, and visual art they will like



Things that fill children with happiness

Perhaps books with wide margins children are encouraged to draw or write in would make many children happy, similarly web pages with big text are as that are also drawable could be part of webpages, this would go well with big monitors or multi monitor
computers, the browser could index the child's content and then bring it up anytime they visited the webpage, not so different from comments some websites would opt to store and share children's contributions at their website showing them to other
visitors, annotating social networking sites, meme sites, children's websites with immediately published or prepublication material might be fun



I read about Club Penguin, a kind of chat site for children, AI, or even human volunteers like education majors attending a university could prompt beneficial interaction and expand fun topic coverage



Kindetgarteners use computers before learning how to write, the educational software on these could have variations produced and screened to find the Deep water photonic brain scanning of hreatest enjoyment, or even just a slider bar ---------|-- child's
review of the software after using it could find the most enjoyable happiness producing fun versions of educational software that met or exceeded the educational effects and benefits of the source software, globally, computer programmers are remunerated
differently and it is possible 3-7 versions of some educational software could be produced offshore compared with one version produced at the developed world, rapid application development languages and environments also exist and a mixture of mild
changes to entire rewrites of 4 year old to kindergarten to 11 year old intended software could be produced, this also benefits older children to adults



Trace amino acid receptors are frequently fun, are there any peptides that stimulate them harmlessly, if made at the body that could be an endogenous source of fun, and cognitive enhancement, they could screen a library of molecular variants to find some
that omit any effect on blood pressure



Solitons that are digital, perhaps different than electron solitons, there are things different than solitons that retain their shape when described as a math equation like possibly a databases entry uniqueness (at the entire database)



They could sift through lots of financial data to find out if there are any solitons, it is possible that global sequential adjustments are one, so if interest rates go down in the US then this propagates, but with soliton math rather than just
calculation, through many countries in a chronologically predictable manner another possibility is reaction to weather at commodities, the thing is sifting the data to find new ones, perhaps some of them are beneficial



Could electron solitons that I read about lift data voltages or currents at an analog or digital electronic component, if so they could refresh things or do lift-up logic like elevating data through a sequence of and or not xor at a vertical stack to
modify data while traversing the circuitry, a vertical stack of logic could be lifted through various heights with different heights of solitons, i am kind of reminded of a musical staff with a note sequence played vertically and connector horizontals to
communicate data between functions, a new to me way to do computing



A food toy soliton would be like a pudding pile at a shaped container that jiggled for hours, or a food blender that gets the things at the sides



At polymer injection molding could solitons be used to reach the farthest areas of the mold more effectively, if so then this could make larger injection molding pieces possible with fewer mold marks for a cleaner surface



With a push plate of the right shape is there an optimal shape of spring behind it that would make a soliton, I have read about self healing polymers, it could be that a springy frame with push plate mini facets could make solitons at the broader area of
polymer, bringing multiple sequential dings nearer to each other to cause polymer healing, if it works it could be utilized on robot surfaces, aesthetic as well as grippers



Solitons at polymer fibers might or might not have greater strength, the soliton might be transverse to the polymer filament rather than linear



What would a soliton on a lipid bilayer do, it might, from dissipating less energy cause more fineness of loading at liposomes



I ate some food recently. Hilary-Rhadham-Clinton likely uses function well, I wonder what she is up to lately. Perhaps she is giving speeches, but about what? A list of things she could talk about or not, as she prefers: school reform, deporting people
who have pled guilty rather than incarcerating them, saving money, private sector space exploration. Our perspectives are often completely different, markedly so, but I think she is neat! Her daughter Hillary worked in financial services; was money made?
"Early to bed early to rise" is a Benjamin Franklin quote. I have used many of the punctuation marks on my Android™ phone. I have a vague idea how many € to the $. Hashtag #lisa exists. In Unix | means pipe. During 2019 AD you could reach me at
treonsverdery@gmail.com.com I have no idea where to put the period after a ".com".



MWI technology

A test of the MWI would be to calculate the number of atoms in the universe, then look for anomalies in our own universe, which according to the MWI is likely to always be a new universe, and look for anomalies that are statistically predictable, like
changes in electron distribution at a large pure crystal sensitive to electron anomalies, perhaps an eentsy crystal could be used to characterize the effects of a normal crystal at 6.02 times 10^19 moles per eentsy crystal, then a 100 mole crystal could
be used to search for things at 6.02 times 10^26 moles of matter, to test if there is a light cone effect the container the crystal is in could be surrounded with stochastic photon emitters



According to one person online MWI universes could collapse into one universe if they are identical, I do not know why, they could look at the number of atoms in the universe and calculate the number of times this could have happened at the age of the
known, one MWI universe, universe, if it is big, then the number of MWI universes is different, if it is near zero then the number of MWI universes is larger and the ethical implications of the MWI would be larger



Countercurrent flow gets rid of frostbite risk, penguins have coumtercurrent flow vasculature at their feet and can stand on ice and swim in 32-33° water without getting frostbite, that is a guide to the genetics of countercurrent flow, make it so human
skin maintains its beauty and ceramic-like mm smooth translucent white appearance while having skin and deeper tissue vasculature do countercurrent flow, that along with making people not sense aversive cold, but continue to enjoy coolness benefits
people, I may have read there is a specific skin sensor for cold, genetically engineering that to be less responsive also non-aversive is beneficial, it could also be engineered to produce peptides other cytes can sense to cause a more optimal reaction
to cold



Making it so people, that is persons, that is humans, that is homo sapiens can stand outside in the wind, rain, and wet snow comfortably while nude and having only scalp hair, eyebrows and eyelashes, people without feeling cold would physiologically
sense it was below 79 (nude) degrees, and as useful would utilize 14,000-20,000 or even more calories a day producing sufficient body warmth such that submerging them in a 32° ice bath felt neutral or pleasant like a tepid bath and could be continued
beyond 72 hours to indefinitely, this could be accomplished with several technological physiological genetic enhancements to people, that is persons, that is humans, that is homo sapiens triple to sixteen times multiply the number of mitochondria per
cyte then turn 2/3 to 15/16 of them off if it is not cold, some chemicals like ribose and I think NR cause notably larger amounts of mitochondria to form, better endogenously produced chemicals could be found that cause a 3-16 times increase in the
number of mitochondria and the body's systems that, to my perception tell mitochondria how much energy to make could be linked to adjusted cyte communications networks or a very basic cybernetic system produced, like, with all cytes having continuous
ability to detect an AMPK up regulating peptide, If the cold sensing cytes at the dermis produce AMPK peptide 200% the usual circulating amount Then activate the other 2-15 mitochondria that were not being used, this causes mitochondria to activate
within 1-2 minutes of experiencing cold but has sufficient latitude to avoid the effect if just eating ice cream, one human response to cold that already exists is mitochondrial uncoupling, where the mitochondria omit making ATP and just make warmth, the
2-15 extra mitochondria per cyte could have this as their standard mode, or if preferred could be responsive to ATP utility at the body (perhaps the person wants to swim fast in ice water or go running through freezing rain), excess AMPK activating
peptide supports longevity, and purposeful mitochondrial uncoupling at c elegans doubles their longevity so variations activating these systems are likely to be beneficial, cytes internal to the body like vascular cytes could produce a peptide if the
body got above 98.7 °F, when cytes sensed that peptide they would reduce mitochondrial warmth activation and the two systems would maintain well comfortable body temperature even if the person went from an ice bath or freezing rain to indoors or even a
warm bath



GABA peptides prevent heatstroke, I perceive that 2019 persons feeling tired, or even feeling unwell and losing consciousness from temperatures over 85°F is a prompt to reduce motion, reducing the risk of heatstroke, a technologically physiologically
improved way to respond to warmth is genetically engineering people, that is homo sapiens, to make a sudden release of endogenous anxiolytic, cheerfulness producing, and at higher doses sleep or unconsciousness producing GABA peptides, thesecould make
people too silly to do physical activities if it was too warm out, and if they reach a body temperature of 99.7 degrees would lose consciousness and sleep, reducing the body's other feelings of things being too warm is then beneficial, notably the
perspiration response would continue, The GABA peptide amount would ramp up giving the person three minutes to find shelter (perhaps from the sun) or cool off rapidly when they first noted the pleasant benzodiazepene like effects of the GABA peptides



Genetically engineering people so body positions (perhaps harmless leg bouncing for three minutes, "foots alseep" (goes numb) for three minutes, or biting down hard, continuously for two minutes (but not chewing) releases beneficial medications, a
breathing pattern or biting hard for two minutes releases mu opiod peptides making childbirth or injuries feel harmless



Energy technology

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