It's great GEM seeks out high grade graphite
but, could take several more years to amass a few million tonns of, Cgr.
i'm seeing other potentials around Lac Gueret. Crystal ( silicon ) replacement of O2 with carbon and other interesting elements.
Colored silicon crystals. ( smokey, orange, green, grey etc.... )
To best explain, How are lab diamonds created ?
Carbon + seeded diamond ingredient + hydrogen gas.
Preasure with hydrogen gas that slowly build the crystal structure.
We know that hydrogen gas when squeezed = liquid hydrogen.
It is my belief carbon mixes with the hydrogen liquid gas
Carbon then adopts hydrogens crystal building blueprint = crystal developes
combining carbon and hydrogen crystals ( hydrogen is also form of, water.
Which bring the subject to this image Is a diamond really all carbon or....has assistence of hydrogen / water crystals ?
When a diamond is heated to extreme temps
it vaporizes = vanishes
= gases
We can see in this diagram of crystal structure ( graphite and diamond have cubic
building blocks...
continue building the diamond structure what would it resemble ?
= graphite 
https://qph.cf2.quoracdn.net/main-qimg-f2a26a18a165c8a3d5531ac92c1abe50
Page 12 Lac Guret deposit area where the extension occurs but can affect any lithology, including
metabasalt and
graphite, where the
same bulk chemistry recrystallises with adjacent elements. Upper
amphibolite facies with minor sillimanite affects the metamorphic rocks on the property.
https://greenbatteryminerals.com/wp-content/uploads/ReportFINAL_compressed.pdf There are actually two minerals known as jade in the gemstone trade.
= Nephrite (an amphibole ) Pretty self explanetory.
Graphite / Carbon / Allitropes blend with nearest geology.
Adjacent Silica ? = silica carbide ( silica o2 crystals swapout with carbon )
= moissanite diamond ( high tech computer chips ) 4 outter valance carbon + 1 silicon
An inverse of, quartz crystal
4x carbon 10x faster for computing
In the video crystals goes to war
they irridated the plain crstals to set or imprint ( load ) radiation ( gamma light )
Industry evolved to beta lazer enriching ( safer )
super fast loading of elections.
Which brings the subject to hybrid crystals ( natural or synthetic doped
Lac Gueret deposits contain ( phosphorus, boron, titanium, lead, aluminum, sulphur )
All super doping properties that can convert to carbides
based on each elements electron structure
= super hybrid candidates ( in my opinion sulphur carbide in crystal could impress )
Lead was once urainum
Lead is apart of carbon family ( suggesting graphite =
superb for enriching )
Lead vest shield for x-raying graphite for nuclear plant shielding
Carbon 14 super lasting nuclear batteries
Lead, Graphite, Carbon...super ability to absorb several kind of, light electrons
How can we know other elements in crytal carbide are supreme ? because industry is already doping the syn diamond chips with
phophorus and boron
Let's now ask how much graphite / carbon or allitropes + phosphorus bled morphised into adjacent
quartz silica crystals ?
Any smokey quartz ? Silca carbide = moissanite diamonds ? ( nature made vs lab $$$ )
GEM's CLAIM 
DEPOSITS ( plural ) Just measre graphite ?
Or, quartz alterations morphed with carbon, graphite, allitropes, metallois, boron, phosphorus
How much quartz in 19.2 million tonne waste ?
What about ? Garnets ?
Yet another crystal gem overlooked for diamond style chip purposing
Most geolosits misinterpret garnets.
Sometimes these red + green gems are = rubidium crystals
= $ 3000 - $ 4000 /oz worth more than gold ( garnets are in gem's ores )
SURVEYING Interesting indeed.
This would also provide all sorts of other data.
I'll leave it open to one's own interpretation.
Page 35
The method chosen was the
mise a la masse (MALM) electromagnetic technique. It is an
older system and operates by charging a known conductive horizon and tracing the
decay responses on surface
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Cheers...