That was good.
To clarify some of those points AI points out. Yes, CNT’s can be integrated in to materials via mixing, that’s the easy one. But least profitable. Where it gets sophisticated is when your are achieving maximum atom tracing to handle unique applications dispersion, electrical charge down one CNT or grapheme layer(or multiple layers) while communication is down another layer, all with in a human hair diameter. Very sophisticated manufacturing process to manufacturing. That’s 2050ish stuff.
As for my AI and supercomputers, I was going in the direction that those two would help develop the technology faster for the complicated applications.
But otherwise I enjoyed the analysis of my input
Keeps me in check
with my data
But I did catch Nowwhats investigation on the subject and his research is legit. How do you hold atoms at that size together with out littering the layers?!
To clarify some of those points AI points out. Yes, CNT’s can be integrated in to materials via mixing, that’s the easy one. But least profitable. Where it gets sophisticated is when your are achieving maximum atom tracing to handle unique applications dispersion, electrical charge down one CNT or grapheme layer(or multiple layers) while communication is down another layer, all with in a human hair diameter. Very sophisticated manufacturing process to manufacturing. That’s 2050ish stuff.
As for my AI and supercomputers, I was going in the direction that those two would help develop the technology faster for the complicated applications.
But otherwise I enjoyed the analysis of my input
Keeps me in check
with my data But I did catch Nowwhats investigation on the subject and his research is legit. How do you hold atoms at that size together with out littering the layers?!
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