longevity technology research area, online it says, “a hibernating groundhog's heart beats just five times” [ a minute], they could raise groundhogs in an environment where they hibernate 90% of the time time and another 0-10% of the time, then they
could see if the long hibernating groundhogs had markedly longer lifespans than the 0-10% hibernating groundhogs. If they do, then groundhog (rodent) similarity to mice could be used to engineer a 90% hibernating mouse from groundhog genes and then the
mice characterized as to why they were living much longer hibernating 90% of the time. Messenger RNA profiles (of eiher groundhogs immediately or 90% hibernator longevized mice) could be used to make RNA drugs to test to see if they make non-hibernating
mice live longer and the RNA drugs, if any, that cause mice to live longer are then tested on age batched groups of marmosets (primates) to find out if this is a n RNA longevity drug that benefits primates; if it does it can be tested on age batched
groups of human volunteers to see if it causes greater human longevity absent any effects deleterious to humans.

If groundhogs that hibernate 90% of the time live notably longer than groundhogs that only hibernate 0-10% of the time then they could also do a connected circulatory system parabiosis procedure linking a 90% hibernating groundhog to a 0-10% hibernating
groundhog. If the 0-10% groundhog lives noticeably longer then they can find new chemicals (proteins, peptides) at the shared circulation that cause greater longevity and possibly wellness. Although several longevity parabioisis chemicals are published,
this could be a completely new type, and be made into a human longevity drug.


What does it mean to actual things when a math system is particularly attracted to a 4th spatial or chronolological dimension? distribution outliers are favored perhaps, or just possibly poission distributions spontaneoueously make themselves prominent (
sort of become a most frequently found vertice), if delayed quantum choice eraser retrocausality is true, what would combining its math and physics with a 4D time attractor math, and actual physical embodiminent do? The internet says, “These chaotic
states are bounded by paths that form attractors, where the specific path is determined by initial conditions, much like the oscillation of a pendulum. However, whereas the damped pendulum attractor is a single point (the lowest point), attractors of
nonlinear dynamical systems do not converge to a single dimensional point, but to a different dimension in three-dimensional space – a fractal dimension. Attractors that have a fractal dimension are known as ‘strange attractors’, so basically what
if you just upped the math to make 4D starnge attractors, after you then know what they might look like from the equations you can look for them in nauture or build them. Finding 4D starnge attractors in naure could find many new phenomena. at measured
systems, these might look like data that has a strong, not otherwise obviously sourced avoidance of regression to the mean and normal distributions. This could look like a distribution with a much higher amount of outliers. If a 4D strange attractor is
prior knowledge about a system then perhaps it becomes (bayesian)

This one is kind of unlikely but they could do longevity (and wellness) mammal parabiosis math studies, where all the actual measureds are used to come up with a stack of little math models that, among other things, describe the math of the benefitting
connected partner. those specific little maths could be used to design new drugs with. Let’s say at parabiosis the cardiostrange attractor of the benefitting mammal becomes more fractally variable, previously published as cardiobeneficial; or perhaps
the benifittor becomes more circadian responsive (even in the absence of melatonin)

detect angina before it is ever felt

EDTA solution as keep alive solution for postvehicular accident hearts, measure calcification at 30, 60, 90,120, 300, 365 days prior to transplant to see if chelation actually does anything beneficial to cardiac tissue; the internet

A variety of lab mammals are used to model human atherosclerosis (2020), it is possible a longevity treatment published as causing greater, for example, rodent longevity grants the rodent models sufficient extended lifespan to better model
atherosclerosis. So, if centrophenoxine is causing rodents to live 30-50% longer then they have that much more lifespan to develop atherosclerosis, and then can be used to develop new antiatherosclerotic drugs.

engineering, chemistry, computer ic, computer fab, longevity, longevity technology, treon, treon verdery, physics, lasers, laser, emiconductor, dimension, math, IT, IL, pattern resonance, time travel, chronotechnology, circile, eric the circle, cartoon,
healthspan, youthspan, cpi, manufacturing, fiscal, money, software, petroleum, archive at deviantart com user treonsebastia

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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