C14 I've come across a youtube video suggesting Tesla's transition and now this,
https://ca.finance.yahoo.com/video/tesla-egregiously-overvalued-amid-transition-150929181.html
What could / would power humanoid robots ?
Certainly not ev batteries. Wieght would be a huge deterrence.
Quartz, Diamonds, Carbon 14, Silicon Carbide, Al Carbide
As seen in " crystals go to war " video, silicon can accept radiated charge via x-ray.
Question is, was the crystal in the video, silcon carbide crystal / moissanite ?
Crystal was clear, transparent therefore, i would say no.
It must've been Flawless Quartz. Energy density = small set frequency.
Not enough for powering robots.
Diamonds and Silicon Carbide
would be interesting contenders
beta laser zapping and calculating the decay vs power conversion of decay
Aluminum Carbide
is not given the limelight it deserves.
Aluminum gives up 3 electrons
Here's an aluminum carbide molecule
https://encrypted-tbn0.gstatic.com/images?q=tbn:ANd9GcRQPCRii2ZNaqyToxrgb-1Ac34UYlKVA1LK5NbS1X2Z0S1d1QX9mIAt8j1OWiqwRo-enWA&usqp=CAU
Carbide hardens
Would aluminum carbide withstand a beta laser enriching without melting ?
One would have to devise a beta laser beam that would not exceed the
aluminum carbide threshhold melt.
If several AlC molecules are adjoined
each need to give up one molecule to connect the lattices.
How i see it ?
Al would have 2 avail electrons to give up without deformation of, structure.
8 free electrons ( considering other SiC molecules are in bond )
Carbon 14
Seems to be my favorit choice
Loose but in density form able to expand.
Versus diamond accepting mega beta could compromise structure = fracture.
Swell factor
has to be considered when enriching an element with added electrons.
Carbon 14 accepting beta enrichment is a proven science.
It's a perfect match for, beta electrons.
We're told,
Carbon is neutral and only facilitates electron flow - no interferrence like metals.
Metals have resistence vs Carbon no resistence.
I agree with the metal resistence theory, pushing electrons through metal requires
force to trigger each metal molecule to release their electrion. Dominio.
Lots of resistence.
While the exact opposite happens when speaking - Beta Enrichmrnt
Beta electrons don't harm humans.
Versus alpha and gamma do.
One carbon 14 molecule
Carbon-14 is a commonly used radionuclide with a half-life of 5,730 years, emitting only beta particles with a maximum energy of 0.156 MeV (Million Electron Volts) and an average energy of 0.049 MeV.
There are,
14941176470.58 carbon atoms in 1 cubic inch
x 0.156 MeV
= 2330823529.32 MeV
2330823529.32 MeV converted to Electron Volts
= 2330823529000000 electron volts
https://www.rapidtables.com/convert/energy/mev-to-ev.html
Once cubic inch of C14
packs significant sums of energy.
What to do with it ?
I would use the energy to propel an internaal generator
to produce constant voltage to run, humanoid robot.
Carbon 14 battery plugs in to recieve beta enrichment
Beta decay functions internal generator producing consistent volts
= free mobility
OIL INDUSTRY
has lots of carbon BUT...
Much of this carbon is attached to other hydrocarbons
A gentle word that hides many other elements ( wink )
To purify oil carbons = mega bucks
seaparating other elements, heating, chrmical swapping
even CO2 gas separation, near impossible. Very expensive.
So is carbon capture from atmosphere.
Capture all you want, the real issue begins when one has to separate the O2 bond
inorder to capture the prize - Carbon by itself.
See where this is headed ?
Carbon = Very Valuble
Is this why were seeing several oddities in the, Graphite space ?
Graphite = Pure Carbon in crystal structure form.
What they should've ran with to describe graphite ?
Graphite = Carbon Structures / losing the word crystal ( less confusing )
Graphite = Premaddona
Present Graphite Values ?
Grossly under appreciated.
Considering what 1 cubic inch can handle as work load in , C14 format.
Quebec allowing US claws
Graphite juniors still pitching ev battery vs other high tech = undermines real value
Graphite juniors longstanding silence - no value to shareholder
Govt's want in on action
Gov slack on, grant monies
Enviro hurdles / Delay advancements
2030 projections - deferring advancing - cheats investors
Foriegn investment into valued resources
Critical Minerals TM2 exchange ( hmmmm )
Tech companies wanting 50% along with other entities wanting 28 - 39%
= Revamp is needed
When i think of graphite from now on ?
One cubic inch of pure carbon - completely diff than petcoke.
= energy C14 can absorb allowing swell for enrichment vs diamonds ( silicon carbide )
Will we see a Quebec Tech Graphite Hub ?
Will juniors remain silent ?
Will grant monies remain, inactive for other calued projects ?
Will Gov seek new advisement for critical minerals ?
Will markets begin to recognize CM deposit values ?
Will we see an in situ value for juniors ?
Or... will we start seeing a graphite price correction with direct deposit buyouts ?
Not much ( genuine ) graphite tonnage out there, considering junk schists
If not...It will be a simple taking of resources with a slow painful tranferrence of wealth
stretched out till, 2023. Markets, exchanges, juniors remaining silent while investors
look on and see their weslth slip away fully knowing tax monies, public sweat equity
used to aquire valued assets without public ownership in the real asset itself.
= Mineral Deposit A formula that is anything but investing on public exchanges.
CRYSTALITE GRAPHITE = PURE CARBON
in nano precrystal form ( smaller, tighter structure )
Cheers...