Difference between revisions of "Fractal growth speedup limit"
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When Building a solid structure without voids with the components of the productive nanosystem (deprecated assemblers or nanofactory grains) dispersed thorough a whole sccaffold those p.nanosystem componends need to be removed through a tree like structure. When the Block is almost finished the tree channels get thinner and thinner up to a point where the process becomes slower than the building process would be with a "conventional" layer of a 2D nanofactory. If the average process speed increases is an non trivial question '''to investigate''' when we have enough information to do so. | When Building a solid structure without voids with the components of the productive nanosystem (deprecated assemblers or nanofactory grains) dispersed thorough a whole sccaffold those p.nanosystem componends need to be removed through a tree like structure. When the Block is almost finished the tree channels get thinner and thinner up to a point where the process becomes slower than the building process would be with a "conventional" layer of a 2D nanofactory. If the average process speed increases is an non trivial question '''to investigate''' when we have enough information to do so. | ||
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| + | {{todo|add illustration from paper sketch notes}} | ||
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| + | == Related == | ||
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| + | * [[Macroscale slowness bottleneck]] | ||
[[Category:Nanofactory]] | [[Category:Nanofactory]] | ||
[[Category:Technology level III]] | [[Category:Technology level III]] | ||
[[Category:Site specific definitions]] | [[Category:Site specific definitions]] | ||
Latest revision as of 15:54, 29 June 2017
When Building a solid structure without voids with the components of the productive nanosystem (deprecated assemblers or nanofactory grains) dispersed thorough a whole sccaffold those p.nanosystem componends need to be removed through a tree like structure. When the Block is almost finished the tree channels get thinner and thinner up to a point where the process becomes slower than the building process would be with a "conventional" layer of a 2D nanofactory. If the average process speed increases is an non trivial question to investigate when we have enough information to do so.
(TODO: add illustration from paper sketch notes)
