Electrical Component of Solar Inert Gas Hydrate Dyes.

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Electrical Component of Solar Inert Gas Hydrate Dyes.

Unread postby kodybatill » Fri Feb 09, 2018 9:01 pm

Hello all!!! So I have some ideas about the electrical nature of the many colors of plasma in space - a lot of which might prove to be certain types of inert hydrate reaction of natural dyes that burn at a set temperature for each color of the natural dye. I know this sounds very campy, but please let me explain.

When there is the equivalent of a muonic ring around phosphorus - positrons become unbounded - as research shows - and when a Near-infra-red inert gas semi-hemispherical ring exists around both - and both types of inert gases in the center of the phosphorus, taking positrons - and then a few more components - the phosphorus positrons no longer annihilate each-other as much - bringing to the fore stable electrical states. When this energy state contains inside of itself: Muonic Crystals - Acid type positrons even from a distance - Resonant Oxidates - and Basic PH Muonic activity - and then these all spin together - electron neutrinos and positrons are given out and taken in.

(There is a lot of all of these elements in stars)

If there are two other spheres containing states such as this - except that one has first generation silicon instead of phosphorus - and other other has hydrogen - these 3 units including the phosphorus one - rotate and orbit together at a certain distance - causing the inner inert gas mix of each sphere to start taking in individual units of these positrons at once - as well as UV - and small amounts of atomic oxygen - oxygen which is probably in such small amounts in space because of being used up by the stars and plasma in this process. All of this changes the central inert gas mixture's color and creating natural dyes with inert gas hydrates that burn at very set temperatures while still maintaining their color. These dyes are of a nature that if another inert gas hydrate or lets say huge plate-zone of these inert hydrate dyes in space - were to touch these burning dyes in the plasma and stars - that some or even ALL of the plasma's temperature can be taken away from it's surface and moved else-where - and even give Modernly semi-false readings of the true temperature of the Sun.

During the positron capture of these minimum of 3 spheres - the electrons of the inert gases involved like in the center of each of the 3 spheres - breaks apart until inert gases bond together forming a greater number of inert gas hydrates - which physically records the heat being used - as if it never left - or the electrical component of nature which wastes the least amount of positrons - and because of that - elements on Earth and other planetary bodies can move slow enough to break apart - without actually breaking apart - until an inert gas hydrate dye that is similar is burnt in some way, leading to different types of decay rates for elements that seem to be in flux.

Plasma itself may be when electron neutrinos containing all of this information in some form - breaks apart at the same time as touching an inert gas hydrate of the same size.

All of this means that without the electric ability of nature to record heat in electrons sometimes in places where there appears to be no heat - Stars would burn out much quicker, almost instantly - and light would accumulate in places where too much radiation would be allowed in streams all at once - A LOT more than there already is.

I believe to have discovered how to accurately reproduce all of this in a lab!!!! Let me now if you would like to help!!!
kodybatill
 
Posts: 97
Joined: Sun Oct 18, 2015 4:28 pm

Re: Electrical Component of Solar Inert Gas Hydrate Dyes.

Unread postby kodybatill » Sun Feb 11, 2018 1:06 pm

kodybatill wrote:Hello all!!! So I have some ideas about the electrical nature of the many colors of plasma in space - a lot of which might prove to be certain types of inert hydrate reaction of natural dyes that burn at a set temperature for each color of the natural dye. I know this sounds very campy, but please let me explain.

When there is the equivalent of a muonic ring around phosphorus - positrons become unbounded - as research shows - and when a Near-infra-red inert gas semi-hemispherical ring exists around both - and both types of inert gases in the center of the phosphorus, taking positrons - and then a few more components - the phosphorus positrons no longer annihilate each-other as much - bringing to the fore stable electrical states. When this energy state contains inside of itself: Muonic Crystals - Acid type positrons even from a distance - Resonant Oxidates - and Basic PH Muonic activity - and then these all spin together - electron neutrinos and positrons are given out and taken in.

(There is a lot of all of these elements in stars)

If there are two other spheres containing states such as this - except that one has first generation silicon instead of phosphorus - and other other has hydrogen - these 3 units including the phosphorus one - rotate and orbit together at a certain distance - causing the inner inert gas mix of each sphere to start taking in individual units of these positrons at once - as well as UV - and small amounts of atomic oxygen - oxygen which is probably in such small amounts in space because of being used up by the stars and plasma in this process. All of this changes the central inert gas mixture's color and creating natural dyes with inert gas hydrates that burn at very set temperatures while still maintaining their color. These dyes are of a nature that if another inert gas hydrate or lets say huge plate-zone of these inert hydrate dyes in space - were to touch these burning dyes in the plasma and stars - that some or even ALL of the plasma's temperature can be taken away from it's surface and moved else-where - and even give Modernly semi-false readings of the true temperature of the Sun.

During the positron capture of these minimum of 3 spheres - the electrons of the inert gases involved like in the center of each of the 3 spheres - breaks apart until inert gases bond together forming a greater number of inert gas hydrates - which physically records the heat being used - as if it never left - or the electrical component of nature which wastes the least amount of positrons - and because of that - elements on Earth and other planetary bodies can move slow enough to break apart - without actually breaking apart - until an inert gas hydrate dye that is similar is burnt in some way, leading to different types of decay rates for elements that seem to be in flux.

Plasma itself may be when electron neutrinos containing all of this information in some form - breaks apart at the same time as touching an inert gas hydrate of the same size.

All of this means that without the electric ability of nature to record heat in electrons sometimes in places where there appears to be no heat - Stars would burn out much quicker, almost instantly - and light would accumulate in places where too much radiation would be allowed in streams all at once - A LOT more than there already is.

I believe to have discovered how to accurately reproduce all of this in a lab!!!! Let me now if you would like to help!!!


Oh yes - and also - almost every single class of periodic element has other non-isotopic periodic elements that are MUCH smaller than themselves - so Inert gas hydrates can be so small - that they would even account for plasma of lasers in either vacuums - or even lasers of very small particle size.
kodybatill
 
Posts: 97
Joined: Sun Oct 18, 2015 4:28 pm

Re: Electrical Component of Solar Inert Gas Hydrate Dyes.

Unread postby kodybatill » Sun Feb 11, 2018 9:26 pm

And electron neutrinos by nature, break apart all of the time. In fact the only time electron neutrinos can be detected, is when under the influence of elements that specifically cause them to be broken down less, and then possibly taken by other elements. I really dont think there is a deficiency of electron neutrinos in any state. Space is chalk full of Electron Neutrinos - and really, even electron neutrinos themselves can become isotopes, and take on collective sizes larger than any individual electron neutrino.
kodybatill
 
Posts: 97
Joined: Sun Oct 18, 2015 4:28 pm

Re: Electrical Component of Solar Inert Gas Hydrate Dyes.

Unread postby kodybatill » Sun Feb 11, 2018 10:21 pm

Muonic crystals (first time two different crystals form together) - inside of acid positrons (which is when colors stop breaking apart) - inside of resonant oxidates (when sound ends right as it starts) - inside of Alkaline Muons (self moving crystals) - inside of phosphorus - while the phosphorus eats electron neutrinos, hydrogen, oxygen, and UV light - gives birth to living electric dyes - who have 18 main colors - and then after that are infinite combinations of 29 colors altogether - and these dyes are capable of producing unique states and abilities similar to how transition metals are to the periodic elements.

Ancient Stain Glass window makers used to use a similar method - where mercury uses the abilities of both silicon isotopes for Muonic Crystals, and hydrogen states used in most of the requirements of the previous formula - while heat provides the resonant oxidates - gold and elements similar to gold were used for Alkaline Muons - and then phosphorus was used with it's repelling element of first generation silicon in certain configurations, for the phosphorus to give away it's positrons many at a time. This only yielded very few colors - while the method I am working on yields all possible colors, and even isotopes of those colors.
kodybatill
 
Posts: 97
Joined: Sun Oct 18, 2015 4:28 pm


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