My understanding is that this one matter is mercury. An that mercury is a prepared substance.
So in this, it depends what your goal is.
Say I go the plant route.
I can extract the oil.
I can burn the body. Then suspend the ash and siphon off the upper liquid, dry, repeat in order to procure a fine body.
I can even burn the oil to procure it's salt.
To be quicker I could burn the body and catch the smoke, an then extract the oil. The smoke will be finer than any refined ash gained through refining ash.
I feel alchemy is the realm of nano particles.
In plant or metal alchemy, it is an attempt to extract the virtue of substance from the poisonous aspect. Purification an then increasing the potency of the virtue.
Any particle made nano size penetrates the body easily.
Smoke at best is what? 0.2 micrometers?
Grinding can bring you to a very small size. A ball mill is very effective for this. Coupled with repeated moistening and drying may yield a smaller size. For it makes substances more brittle. Yet! That is for plants.
I have heard reports that gold is sometimes toxic, sometimes not at a nano size. I have not really heard a reasoning behind it being toxic at times. More research needed.
Also have heard it takes on multiple colors at a nano size.
Yet nano gold is usually made from a bottom up approach, not a top down method.
Hypothetically gold is the hardest substance to work with No?
That's if we say gold is a literal substance to work with, an we are working with metals.
Meaning mercury can be prepared with a weaker more impure metal. An is more easily done in that way.
Many work with morning 'dew'. Hell many praise it.
If it is hot during the day, cold at night. An the earth is moist, dew will be heavy. Fog is a dew concentrate. A water colloid near the earth. It takes special tempatures for fog to appear.
It is the earth pushing it's moisture out, anything light enough to be carried up comes with it. Nano and micro and any biological component small enough ascend with it.
A body is not fine enough until it ascends during distillation and evaporation.
No answers here. Just ideas.
Formerly known as Avaar186.
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