So wither ARM or Risk-V or maybe an comeback of Power-ISA or if needed based on those new materials we can use a new ISA or Architecture or more then one. Hair could be a candidate too, we can certainly synthesize them and make clever use of them.Īnother thing to note is X86 is going away albeit we will use them and will for a long time like gas cars. Likewise, Gallium or gallium hybrid, with nitrite or arsenite, indium, indium with zinc-zinc oxide or a combination of them. One thing it in wither form can do for sure is better speed and overall instruction per second.
We could likely see a hybrade material of germanium-Silicon as it is easier and require less change in manufacturing. There is question either we can bring it down more then the Silicon or is that gain enough to change the complete process compared to maybe more long term things as carbon/graphene.
Was proposed as the original transistor because Silicon wasn't challenging enough and boring to it's creator on the manufacturing level. Germanium is the original semi-conductor, more complex to manufacture but right now can be at scale and easy enough. We will likely be using carbon, either in nanotube form or other/graphene-graphene form. Now whats a meter? TL:DR to explain, so check out wikipedia.
Use multiplication the other way round if prefer.
No one seemed to answer your question and are answering with technical stuff here I believe is the answer and give me an solved mark if it is.ġm->cm or 1/100th of a meter->milimeter or mm or 1/1000th or a meter(dah in the name)->micometer or 1/millionth meter->namometer->1/billionth meter->Picometer or 1/Trillionth meter and then there is other but thats all need to know now.īasically apart cm is bas /100 the rest is by increment of /1000.
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