Colin Kakama.

Nanocytronic Nanomanufacturing General Capabilities Roadmap.

Table of Contents

Roadmap

Platforms Development Phase Dates**
Platform one: NMNA nanofactory
Molding nanoparts of specific geometries and assembling them into larger macro products. Phase 1: Material analysis and selection. To be done pre-experimentation
Phase 2: Demonstration of a minimal proof-of-concept NMNA system: Nanomolding-Demolding of nanoparts and One actuator driving one force transmission element to produce a defined displacement at an output point.
Phase 3: Products: Fabricator-assembly system performing nanofactory part production and Other products [1]
Platform two: Cage-based molecular manufacturing
Molecular manufacturing via host-guest chemistry in cascades of organic covalent cages[2]. Phase 1: Theoretical (Design and limits theoretical proposal paper)
Phase X: TBD established demonstration steps.
Phase Y: Gradual phasing out of NMNA architectures in favour of cage-fabricated ones.
Platform three:Mechanical single atom molecular manufacturing
Mechanosynthesized[3] molecules and parts. Phase ??: TBD

References

  1. Design Parameters And Performance Limits For A Nanomolding Nanoassembly Self Contained Manufacturing Platform, Colin Kakama, See section 5, https://archive.org/details/design-parameters-and-performance-limits-for-a-nanomolding-nanoassembly-nanofact
  2. Organic Molecular Cages, Wikipedia, https://en.wikipedia.org/wiki/Organic_molecular_cages
  3. Introduction to Diamond Mechanosynthesis (DMS), Robert Freitas**,** https://www.molecularassembler.com/Nanofactory/DMS.htm

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