Difference between revisions of "Technology levels"
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== Related == | == Related == | ||
| − | * The [[incremental path]] in the among the [[pathways]] | + | * The '''[[incremental path]]''' in the among the [[pathways]] |
* [[Bridging the gaps]] | * [[Bridging the gaps]] | ||
* [[Bootstrapping]] | * [[Bootstrapping]] | ||
| + | Increasingly difficult materials: | ||
| + | * [[Foldamer]]s, [[Highly polycyclic small molecule]]s, [[Gemstone]]s | ||
Latest revision as of 11:07, 18 September 2022
The technology levels are mainly an advancement in building material quality (stiffness).
But intermingled here is also a change of means of assembly and a transition into PPV vacuum.
Looking at the materials alone one has the building material capability levels.
Somewhat orthogonal to the building material capability levels are the assembly scale capability levels.
- Technology level 0 - early foldamer tec - self assembly
- Step: Introduction of total positional control
- Technology level I - advanced foldamer tec with some positional assembly
- Step: Switch-over to stiffer materials
- Technology level II - in solvent biomineral gem-gum-tec
- Step: Introduction of practically perfect vacuum
- Technology level III - in vacuum gem-gum-tec - main far term target of gem-gum factories reached
- Beyond the main target: gem-gum nanomedicine
Eventual side products associated with these levels
- Side products of technology level 0
- Side products of technology level I
- Side products of technology level II
- Side products of technology level III
- Products of gem-gum-tec
- Most speculative potential applications
Related
- The incremental path in the among the pathways
- Bridging the gaps
- Bootstrapping
Increasingly difficult materials:
