What gives gem stones their colors ?
= other minerals.
Boron, Phosphorus doped diamonds = super chip computers.
Phosphorus absorbs light / Phosphorus associated to ursnium
All minerals have a charge value.
From silica to Gold and everything in between.
Charge value = signature identity.
Radio isotopes.
Some elements are able to absorb more radiation
Think Solar charging from sun rays
Flashlight ( ultra v ) shone on phosphorus - phosphorus rock absorbs + retains light
= stored electrons
Now " rethink " silicate gem stones.
Silicate carbon gem stones.
Black to white and every color in between.
Some colors are special elements that can absorb, process electrons.
Hence why i pointed out - sulphur + silica carbide
= potential super diamond ( SiC ) diamond.
Now pull forward all GEM stones
Separate the silica in deposit
purify and add the right element ( color ) + carbon
= colored moissanite diamonds
= chips
= each colored element offers varied electron capacity
Lead crysta'
Graphite crystal
Carbon crystal
Sulphur crystal ( yellow )
Aluminum crystal ( smokey grey )
Green crystal phosphorus
Blue cobalt, Black carbon, Purple cobalt, Oranage uranite, Red rubidium
etc....
Graphite and carbon is important.
Needed for Carbide morph
But... how important is.... silica in Lac Gueret deposits ?
40% - 60% volume.
Quebec graphite juniors smart selling " concentrates " modt likely mixed with silicates ?
Hello.
Brahama = India = loves the gem stones ( tease )
VCT - is there a computer chip and carbon associate ?
Credit Link
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