Template:Assembly levels

Usage

Useable for Main Page, Assembly levels page and maybe other pages.
Note the fencepost problem.

[todo: maybe add dioxygen, dinitrogen, carbon dioxide and sulfuric acid as alternate resource molecules]

How products are put together
Building block	Assembly step
ethyne (more commonly known as the welding gas acetylene) methane (main compound of natural gas)	Level 0a: (~size<1nm) capturing sorting and purifying resource molecules from gas water or organic solution
examplary: tool germylmethylene	Level 0b: (~size~1nm) from captured raw material Molecules (above) to Moieties on tooltips (left)
exemplary DMSE exemplary DMME - a very small bearing	Level I: (~size<32nm) from Moieties on tooltips (above) to crystolecules (left)
Acetylene sorrting pump as an example for a monolithic block of fused DMEs hirachically locked structures - here an infinitesimal bearing structure as an example - a structure that forms a diamondoid metamaterial	Level IIa: (~size~32nm) from crystolecules (above) to more or less monolithic parts (left)
[todo: add other examples] exemplary space filling microcomponent	Level IIa: (~size~<1µm) from more or less monolithic parts (above) to recomposable µ-components (left)
A cube shaped subproduct block assembled from ~1µm sized microcomponents with truncated octahedral shape. The whole block is just a bit below the visibility limit for the human eye.	Level III: (~size~<32µm) from recomposable µ-components above to µ-component assemblies (left)
how a metameterial cood look like (imag src: www.crystalbuy.com) how a metameterial cood look like (imag src: casshern sins 27)	Level III or higher: (~size>32µm) from µ-component assemblies (above) to diamondoid metamaterials (left)
MISSING IMAGES (...)	Level III or higher: (~size>>32µm) from metamaterials (above) to yet alien products (left)