I’m going to try to explain the nature of oxygen, why it is important in Alchemy, it’s potency, behavior and importance in cold fusion and how it fits into Alchemy in comparison to cold fusion.
Then I’m going to try to explain how oxygen, iron and nickel especially the latter in its various isotopes is so important in what you are all doing.
It starts with the George Ohsawa experiment many years ago in which Ohsawa steel was produced from carbon and oxygen in a cold fusion experiment.
I built the apparatus in 2017 and produced the same steel in the exact same experiment on two separate occasions. The conditions needed to recreate that experiment are not important at the moment but the reaction that takes place is.
During the reaction using my 80amp generator, according to Ohsawa my own reaction was :-
2 6C12 + 2 8Ol6 >> (2 14Si28 28Ni56) >> 26Fe56
What interested me was the brief half life of both silicone and nickel for 1/1000th of a second before the transmutation into Ohsawa steel.
Having read a lot of Stanley Pons and Martin Fleischmann’s work on the nickel, palladium and platinum group, I was intrigued that the very first metal produced by my experiment wasn’t iron but nickel.
Having then taken two years looking at the mathematics of my experiment, density, electron, proton and neutron distribution from the start materials to the end product, no laws of thermodynamics are broken and solid patterns emerge concerning how nature cleaves materials around through instability.
To understand this you must understand that oxygen and nickel are like no other elements in the universe, they are both unstable but in two different ways.
What do we know about oxygen?
Oxygen’s instability lies in its unstable electron configuration. In singular form at room temperature, its electron valance and charge will only allow it to become stable when attached to another oxygen atom. Once it is stable it then becomes reactive with almost every other element in the universe.
The question of course in not that it does this but more why it does this?
Why does oxygen want to interact with everything it touches and why did mother nature make it so?
The answer lies in the experiment I did, oxygen is a willing donor particle in the formation of silicone, nickel and iron but in order for that to happen, it cannot be stable in single atom form. As a radical singular atom it will freely give up its status but in o2 form it will not.
During this experiment, a plasma ark passes between the two rods of carbon before the Ohsawa steel sinks to the bottom of the glass jar, plasma arks create o3 which is well known, within that o3, there will be created o2 plus one free oxygen radical in a very short time period.
The o2 has nothing to do with any of it but the single oxygen does, it is over a thousand times more unstable and reactive than o2 and as a consequence is open to other suggestions shall we say. In this unstable ‘open’ state it will happily donate.
We now move onto nickel. Not long after the formation of earth, two atoms were in existence that are no longer in existence today in abundance like ni58. Those are iron60 and nickel60 which have half lives of 2.6 million years respectively. I don’t know how, but the early philosophers knew about them for sure, they knew of their existence in the past.
Those two isotopes were incredibly unstable, they weren’t radio active but they were incredibly unstable none the less. Without going in to too much detail, without those two isotopes the world would not have evolved into the mineral world we see today and when married with radical oxygen the two isotopes become priceless in development of the periodic table.
Leaving those aside we move onto nickel and its isotopes available in the world today and their properties. Because of my own experiments I know that nickel is the very first metal that nature ever produces on earth and so did Pons and Fleischmann and the alchemists.
I also know that during its brief appearance in experimentation of Ohsawa steel not only do you see ultraviolet in the water, you also see other colours.
I therefore know without any shadow of doubt that nickel is what the alchemists have been hiding all along and that it is the star regulus of nickel you are all looking for and not the star regulus of antimony. No where on earth will you find iron without nickel or nickel without iron, they are for all intents and purposes the same element when open.
Nickel is the seed within all metals and all the distillation processes done by alchemists over the centuries have always been to purify nickel until the star regulus is formed.
Nickel58 has two stable electron configurations; one is more stable than the other, in this art we do not seek stability, we seek instability, openness just like singular oxygen, open to change, atomic structures designed by the universe for the sole purpose of creating more elements, to become a donor in the evolution of elements without too much fuss.
So the alchemists were a kind of early cold fusion scientist who knew things without fully understanding what they knew.
Now, there is a mathematical rule I found in another experiment done in 1973 where magnesium was transmuted into calcium, that mathematic rule applies to all transmutations of all elements including Pon’s and Fleischmann’s Palladium experiment and the carbon-oxygen experiment. What does it state?
The rule states you cannot turn lead to gold, you cannot turn copper to gold, iron to gold or the like. The rules states that you can only transmute in the case of metals, the next metal in the group. For example, copper to silver, silver to gold, so on and so forth.
The mathematic rule cannot break the laws of thermodynamics either.
So for example if we wish to transmute silver to gold, you must include the total number of subatomic particles in silver added to the total number of subatomic particles in nickel and the donor oxygen, the density of all the materials cannot increase or decease or you break the laws of thermodynamics.
In the case of this transmutation, you cannot exceed 275 subatomic particles of gold (not 276) so silver 155 plus nickel 96 and 3 oxygen (trioxide) 24 = 275.
Density silver 10.49g/cm3 plus nickel 8.9g/cm3 plus oxygen 0.00018 = 19.3g/cm3
This applies to all calculations where nickel and oxygen are involved.
Transmutation into the first base metal nickel from carbon and oxygen are the same.
Application:
The alchemists had terrible difficulties in synthesizing both radical singular oxygen and indeed trioxides. Today we find it easy but they didn’t.
Some were pinning blankets out in spring and allowing starlight to impregnate the dew with o3 via the ultraviolet spectrum, it works but its slow and o3 decomposes in minutes back to o2 at room temperature which is no use. They had various methods of slowing down the decomposition by keeping the dew cool.
The basic process initially is to take the star regulas of nickel and to oxidize it with o3 then by careful use of roasting and reapplication of trioxide at various stages, to change the stability shelf of both the oxygen and nickel to a near critical state.
The melted silver will push it over the edge on application.
Only nickel and oxygen have the ability to reach a near critical state, no other elements even come close. Playing with mercury is the biggest red herring you’ve all had to swallow, it keeps people away from the art.
Playing with antimony is the second biggest red herring you’ve all had to swallow, again sending you on a wild goose chase.
Research the nickel group, research Pons and Fleischmann’s work on the nickel group, do the carbon-oxygen transmutation yourself, it only takes a welder, two 99.99% pure carbon rods and a glass beaker. Run a magnet across the base of the beaker and watch the steel move, fish out the steel. Personally I don’t think its steel, I think its an hybrid somewhere between iron and nickel, something I’ve never seen before for sure because it takes weeks to go rusty. Don’t take my word for it, discover it all yourself because until you do, all of my words mean nothing.
Then I’m going to try to explain how oxygen, iron and nickel especially the latter in its various isotopes is so important in what you are all doing.
It starts with the George Ohsawa experiment many years ago in which Ohsawa steel was produced from carbon and oxygen in a cold fusion experiment.
I built the apparatus in 2017 and produced the same steel in the exact same experiment on two separate occasions. The conditions needed to recreate that experiment are not important at the moment but the reaction that takes place is.
During the reaction using my 80amp generator, according to Ohsawa my own reaction was :-
2 6C12 + 2 8Ol6 >> (2 14Si28 28Ni56) >> 26Fe56
What interested me was the brief half life of both silicone and nickel for 1/1000th of a second before the transmutation into Ohsawa steel.
Having read a lot of Stanley Pons and Martin Fleischmann’s work on the nickel, palladium and platinum group, I was intrigued that the very first metal produced by my experiment wasn’t iron but nickel.
Having then taken two years looking at the mathematics of my experiment, density, electron, proton and neutron distribution from the start materials to the end product, no laws of thermodynamics are broken and solid patterns emerge concerning how nature cleaves materials around through instability.
To understand this you must understand that oxygen and nickel are like no other elements in the universe, they are both unstable but in two different ways.
What do we know about oxygen?
Oxygen’s instability lies in its unstable electron configuration. In singular form at room temperature, its electron valance and charge will only allow it to become stable when attached to another oxygen atom. Once it is stable it then becomes reactive with almost every other element in the universe.
The question of course in not that it does this but more why it does this?
Why does oxygen want to interact with everything it touches and why did mother nature make it so?
The answer lies in the experiment I did, oxygen is a willing donor particle in the formation of silicone, nickel and iron but in order for that to happen, it cannot be stable in single atom form. As a radical singular atom it will freely give up its status but in o2 form it will not.
During this experiment, a plasma ark passes between the two rods of carbon before the Ohsawa steel sinks to the bottom of the glass jar, plasma arks create o3 which is well known, within that o3, there will be created o2 plus one free oxygen radical in a very short time period.
The o2 has nothing to do with any of it but the single oxygen does, it is over a thousand times more unstable and reactive than o2 and as a consequence is open to other suggestions shall we say. In this unstable ‘open’ state it will happily donate.
We now move onto nickel. Not long after the formation of earth, two atoms were in existence that are no longer in existence today in abundance like ni58. Those are iron60 and nickel60 which have half lives of 2.6 million years respectively. I don’t know how, but the early philosophers knew about them for sure, they knew of their existence in the past.
Those two isotopes were incredibly unstable, they weren’t radio active but they were incredibly unstable none the less. Without going in to too much detail, without those two isotopes the world would not have evolved into the mineral world we see today and when married with radical oxygen the two isotopes become priceless in development of the periodic table.
Leaving those aside we move onto nickel and its isotopes available in the world today and their properties. Because of my own experiments I know that nickel is the very first metal that nature ever produces on earth and so did Pons and Fleischmann and the alchemists.
I also know that during its brief appearance in experimentation of Ohsawa steel not only do you see ultraviolet in the water, you also see other colours.
I therefore know without any shadow of doubt that nickel is what the alchemists have been hiding all along and that it is the star regulus of nickel you are all looking for and not the star regulus of antimony. No where on earth will you find iron without nickel or nickel without iron, they are for all intents and purposes the same element when open.
Nickel is the seed within all metals and all the distillation processes done by alchemists over the centuries have always been to purify nickel until the star regulus is formed.
Nickel58 has two stable electron configurations; one is more stable than the other, in this art we do not seek stability, we seek instability, openness just like singular oxygen, open to change, atomic structures designed by the universe for the sole purpose of creating more elements, to become a donor in the evolution of elements without too much fuss.
So the alchemists were a kind of early cold fusion scientist who knew things without fully understanding what they knew.
Now, there is a mathematical rule I found in another experiment done in 1973 where magnesium was transmuted into calcium, that mathematic rule applies to all transmutations of all elements including Pon’s and Fleischmann’s Palladium experiment and the carbon-oxygen experiment. What does it state?
The rule states you cannot turn lead to gold, you cannot turn copper to gold, iron to gold or the like. The rules states that you can only transmute in the case of metals, the next metal in the group. For example, copper to silver, silver to gold, so on and so forth.
The mathematic rule cannot break the laws of thermodynamics either.
So for example if we wish to transmute silver to gold, you must include the total number of subatomic particles in silver added to the total number of subatomic particles in nickel and the donor oxygen, the density of all the materials cannot increase or decease or you break the laws of thermodynamics.
In the case of this transmutation, you cannot exceed 275 subatomic particles of gold (not 276) so silver 155 plus nickel 96 and 3 oxygen (trioxide) 24 = 275.
Density silver 10.49g/cm3 plus nickel 8.9g/cm3 plus oxygen 0.00018 = 19.3g/cm3
This applies to all calculations where nickel and oxygen are involved.
Transmutation into the first base metal nickel from carbon and oxygen are the same.
Application:
The alchemists had terrible difficulties in synthesizing both radical singular oxygen and indeed trioxides. Today we find it easy but they didn’t.
Some were pinning blankets out in spring and allowing starlight to impregnate the dew with o3 via the ultraviolet spectrum, it works but its slow and o3 decomposes in minutes back to o2 at room temperature which is no use. They had various methods of slowing down the decomposition by keeping the dew cool.
The basic process initially is to take the star regulas of nickel and to oxidize it with o3 then by careful use of roasting and reapplication of trioxide at various stages, to change the stability shelf of both the oxygen and nickel to a near critical state.
The melted silver will push it over the edge on application.
Only nickel and oxygen have the ability to reach a near critical state, no other elements even come close. Playing with mercury is the biggest red herring you’ve all had to swallow, it keeps people away from the art.
Playing with antimony is the second biggest red herring you’ve all had to swallow, again sending you on a wild goose chase.
Research the nickel group, research Pons and Fleischmann’s work on the nickel group, do the carbon-oxygen transmutation yourself, it only takes a welder, two 99.99% pure carbon rods and a glass beaker. Run a magnet across the base of the beaker and watch the steel move, fish out the steel. Personally I don’t think its steel, I think its an hybrid somewhere between iron and nickel, something I’ve never seen before for sure because it takes weeks to go rusty. Don’t take my word for it, discover it all yourself because until you do, all of my words mean nothing.
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