Finally I can understand the process of heating in relation to Dr Joe Champion Yeast Putrefation.
In my experiment the Putrefation let the silver atomic surface became quite gold. Pure gold.
This stable color will turn back into silverly if you let the sample a month after reach putrefation.
Why? Answer: THE HEAT DIRECTION.
Viktor Schauberger explained that what can curea man is water going into 37 degrees direction (the human temperature) from cold or from heat.
That could explain why heat and could is both used sucessfuly fur cure acceleration.
Now Yeast:
Yeast is the same:
Fermentation is equilibrium turning hot, or charging with life energy.
Putrefation is heating discharging turning could again, death, loosing life energy.
When this putrefation is over, there is more equilibrium - nothing happens anymore.
What matters is the direction of heat.
We know well that when we heat a metal it will melt, and will not boil if we aply the same heat after gets could again, but will be kept melted if we aply the heat before it cools down.
Taking that in consideration,for putrefation affect keep charging the silver, we need many fermentations to keep silver only under putrefation influence, or the process will fail.
Why you got this?
Is simple in middle ages there is no way to heat something and keep it at the same temperature.
Do your really think they used thermostat?
It could be made by many layers of water, but also more natural is that a candle would heat something to boil, and after the heat is cooling to almost at 45 degrees, the yesterday water would be almost could, - time to change water up.
This would keep the heat being transfered all the way from mid could (45 degrees Celsius) into the transmutation salts, or else the process of coagulation would be broken!
Also the cooling and heating could be used in the known process solvet et coagula.
SOLVET et coagula => for reaching a dissolution
or
solvet et COAGULA => for reaching coagulation.
A huge solvet in relation to coagulation time would create a difference.
For example, making something coagulate, we would need to charge this with some heat discharging from hot into could.
For making some matter solve, we would need to be heating the matter up to incandescence and place into the water (need strong glasses) , or let it cools down into wind.
There allways 4 factors to take into consideration.
Heat from Matter transfers into could medium. Direction out, solve, death, expansion.
Heat from Out ransfering to matter. Direction in, coagula, charge, life, compression.
Could from Out, cooling down the matter, direction in, could being inflicted, dischargin.
Heat from In, transfering to Out, etc.. these terms i need review carefullly
Today is the day, I have made a effect of polyacrilamide going up into a tube and coming back again, let it dry before can go into the holes, also,in this filtered size evaporated, he can enter down there, just on the side of hidrated balls to push them up again.
gfcgamer
In my experiment the Putrefation let the silver atomic surface became quite gold. Pure gold.
This stable color will turn back into silverly if you let the sample a month after reach putrefation.
Why? Answer: THE HEAT DIRECTION.
Viktor Schauberger explained that what can curea man is water going into 37 degrees direction (the human temperature) from cold or from heat.
That could explain why heat and could is both used sucessfuly fur cure acceleration.
Now Yeast:
Yeast is the same:
Fermentation is equilibrium turning hot, or charging with life energy.
Putrefation is heating discharging turning could again, death, loosing life energy.
When this putrefation is over, there is more equilibrium - nothing happens anymore.
What matters is the direction of heat.
We know well that when we heat a metal it will melt, and will not boil if we aply the same heat after gets could again, but will be kept melted if we aply the heat before it cools down.
Taking that in consideration,for putrefation affect keep charging the silver, we need many fermentations to keep silver only under putrefation influence, or the process will fail.
Why you got this?
Is simple in middle ages there is no way to heat something and keep it at the same temperature.
Do your really think they used thermostat?
It could be made by many layers of water, but also more natural is that a candle would heat something to boil, and after the heat is cooling to almost at 45 degrees, the yesterday water would be almost could, - time to change water up.
This would keep the heat being transfered all the way from mid could (45 degrees Celsius) into the transmutation salts, or else the process of coagulation would be broken!
Also the cooling and heating could be used in the known process solvet et coagula.
SOLVET et coagula => for reaching a dissolution
or
solvet et COAGULA => for reaching coagulation.
A huge solvet in relation to coagulation time would create a difference.
For example, making something coagulate, we would need to charge this with some heat discharging from hot into could.
For making some matter solve, we would need to be heating the matter up to incandescence and place into the water (need strong glasses) , or let it cools down into wind.
There allways 4 factors to take into consideration.
Heat from Matter transfers into could medium. Direction out, solve, death, expansion.
Heat from Out ransfering to matter. Direction in, coagula, charge, life, compression.
Could from Out, cooling down the matter, direction in, could being inflicted, dischargin.
Heat from In, transfering to Out, etc.. these terms i need review carefullly
Today is the day, I have made a effect of polyacrilamide going up into a tube and coming back again, let it dry before can go into the holes, also,in this filtered size evaporated, he can enter down there, just on the side of hidrated balls to push them up again.
gfcgamer
No comments:
Post a Comment