Old Tech Optic Lenses Several shaped lenses in sequence ( flat, vex, cave ) controlling light
Heavy, with limitations
Metalens Light, nano silicon carbide pillars build up on silicon
Think diamond silicon carbide hair like pillars controlling light waves
Same technology as semiconductor applied to.... optics.
Areospace, Astronomy, Medical, Military Optics, Drones, Cellphones, Microscopic labs Massive Markets Worldwide
Amorphous Graphite ? Amorphous graphite is the least graphitic of the natural graphites. However, the term “amorphous” is a misnomer since the material is still crystalline. Amorphous graphite is found as minute particles in beds of mesomorphic rocks such as coal, slate or shale deposits.Feb 15, 2018
An amorphous form is basically a solid form in which atoms and molecules are
not in synchronization order in a definite lattice format. Natural Graphite Has the structured crystaline / crystalite
Are graphite investor eyes open ? Still want to play the ev anode game whereby cheap amorphous carbon can
fill that niche - versus - save the natural graphite for everything tech ?
https://www.youtube.com/watch?v=3ZQ5yjOeKiY Metamaterials, metalenses and beyond
The optical properties of materials are controlled by their structure on the sub-wavelength scale. For light, with wavelengths of hundreds of nanometres (nm) – billionths of a metre – this is the arrangement of atoms, molecules, and the repeating lattice structure of crystals. Structural features this size interact with light in unique ways.
Using nanofabrication to engineer the structure of materials on this scale allows us to make metamaterials. When metamaterials emerged at the beginning of the 21st century, initial excitement was driven by the opportunity to engineer exotic properties: in particular, cloaking materials, and zero and negative refractive index materials. Cloaking materials have received much fanfare in the press as a way to make an object invisible by guiding light around it to hide it from view. Meanwhile, zero refractive index materials can be used to enhance nonlinear optical effects, for example to make artificial materials that can efficiently change the colour of light. On the other hand, a material with a refractive index of −1 could be used to make a perfect lens (with infinite resolution).
Arranging the same nanoscale components in different ways can result in drastic changes in a material’s properties. This can be easily understood by considering carbon atoms, which can form the soft, black graphite found in pencils, or brilliant, transparent, and hard diamond (not to mention fullerenes, graphene, and carbon nanotubes, which all have radically different properties again).
https://www.ingenia.org.uk/articles/metamaterials-metalenses-and-beyond/
Canadian Graphite Junior's could have a bright future if....
- stop the 50% jv nonsense
- pull away from ev battery anode tether
- shift towards - high tech
Imagine Canadian stock exchanges with highly valued tech stocks ?
It would benefit our ( exchanges ) strengthen, longevity
Imagine how valuble graphite deposits would be if juniors began speaking SiC - high tech ?
Do we allow other nations to grab our tech minerals on the cheap ?
Or.... do we align Canada's future to everything high tech ?
We had better begin speaking how valuble graphite deposits really are.
Quite embarrassing to see several Cgr stocks all around a dime value considering what
graphite can be used for.
All it takes is one graphite junior to link directly with, ( enough with the middleman grab )
- diamond chip manufacturer
- metalens
- metalens super solar ( all light spectrums )
- nuclear batteries ( beta )
- fiber optics
- silicon carbide solar windows or graphite diamond spray tech
US has had a hay day.... with Canadian natural graphite juniors.
Thing is.... how odd is it, each graphite junior is still valued in pennies ?
Yeah.... real odd.
Perhaps it's time to correct the price of, graphite ?
Long overdue.
If it's not corrected.... other nations will have secured valuble tech elements
using very lil monies while converting the sm invested monies into, billions, trillions.
Cheers....
Why has this junior not measured it's
Western outcrops - SiC, Si, Cgr
Same with, Zone 6
Berkwoods 19.2 million tonnes 6.9% Cgr and under ?
Similar to a realtor appraising a home, yet dismissing the
inground pool, montana fieldstone fireplace, lakefront scenic view, triple garage, etc...
Come on GEM,
let's see some compounding on value.