Nano Stages

Stages of Nanotechnology The original home of this document is http://www.thickerthanbloodthebook.com/nano-stages.shtml Scribd used to list this document under a different name, but something broke. Please consider rating it again. Thank you. Icon 26 got me thinking. How do you separate the many stages of nanotechnology? What will nanotech's eras be? A lot of that depends if we leverage mechanisms in existing biological systems (top down) or build things from scratch (bottom up). I assumed that some biological structures where copied but needed to be carefully built in a bottom up approach. This assumption is based on the often overlooked but major advantage of more normal scale mechanical structures, predictability. Mind you if I get this obviously wrong that does not mean the science in the book will be incorrect. I purposefully avoided the slog down to the atomic scale and step by step progress to an autonomous nanite. It may have been quite boring to be realistic. I'm sorry if some of the later stages seem morbid, but in my opinion that is the path humanity is headed down right now. I hope it can be changed. Nanotech in a controlled environment. 1. Nanomaterials - Something as simple as chemical engineering with samples at the nano scale qualifies as a nanomaterial. • We are here in 2007. • This is treated as the next step in traditional centralized manufacturing nothing really new here 2. Smart nanomaterials - I take this to mean nanomaterials with custom molecules that are both reactive to stimuli and whose reactions are reversible and can be performed many times. • Some may argue we are here in 2007. • Some later materials will include super solar panels, and LCD style displays on cheap stickers. The eyeglasses in the book use transparent stickers on glasses for a binocular integrated display. 3. Nanotech Builder - Mechanical apparatus capable of building structures that needs solid state direct control. Something like a nanoscale arm that is controlled by a much larger computer. • This will be the final generation of technology used to build computer chips. Computer chips using todays archtectures will permanently top out in speed a few years after the these are first used in chip mass production. • Nanotech Builders will be used to cheaply mass produce smart nanomaterials.

4. Nanite - an independent vessel capable of taking simple commands and building complex things with them in a highly controlled conditions. • The companies MIR and Datahold from "Thicker Than Blood" have the world thinking that this is state of the the art. • This is the last stage that doesn't directly challenge centralized manufacturing and subsequently governments. • Early nanites will probably be first built to simplify the scaling problems of signaling between builders and larger scale controls. • Early nanites will probably require a vaccum. • They will have a simple on board computer and command interpeter. 5. Replicating Nanite - Nanite that can build another copy of itself in a controlled environment. • A system of dissimilar nanites may be required to build more nanites. They will be replicating so long as the entire system can be replicated. • By obtaining a complete system of these nanites (transported in a controlled environment), and understanding the signaling used to talk to them a group of specialists could perpetuate the flock indefinately. • Governments tightly control manufacturing plants recognizing the threat to themselves. Natural environment nanite development is banned and driven underground. Nanotech in natural enviorment. 1. Shielded Nanite - Nanite shielded from the the chemical reactions and heat in a natural environment. Shielded Nanites can function normally below room temperature and above 98.7 Fahrenheit. They should also be able to function immersed in some fluids of the same temperature range. • While these can be used in natural environments, they must be built in a vacuum environment by vacuum only nanites. • The focus will probably be on operation inside the blood stream first. The medical implications are enourmous. • Governments continue develop shielded nanites for use in warfare. • In the book, MIR thinks this the state of the art. 2. Shielded Nanite with Replication - Shielded nanites that can produce more nanites with the same capabilities as the originals. They will need a special soup to replicate. • This completely commoditizes almost all manufacturing. • Governments, economies, and currencies will endure a radical shift away from central manufacturing and most trade will collapse within a few years. • People will quickly design superpowers for themselves. • Intellectual property, commodities, land, and most especially skills will dwarf other asset classes. • The group of heroes in the book discover this ability in the nanites they commendeered.

Massive wars will be fought as governments fight to perpetuate themselves. • Most non-intracellular disease is cured. • Social norms are completely rewritten. • Software nanite viruses are passed around via adjoining networked systems • Sabotage of supplies infect many people with hardware nanite viruses. The first large scale die offs occur. Huge monolithic government programs are created to vaccinate citizens against nanite hardware viruses. Large numbers of humans physically isolate themselves instead. • Untaxed food, water, shelter, and energy become very cheap for some, creating a massive population boom. 3. Autonomous Nanites - Shielded Nanite that can function and replicate in natural environments so long as component materials are available. • Intravenous replication. Nanite models are passed from generation to generation like genetic material. • Self perpetuating nanite viruses cause massive die off for people without access to expertise in supplemental immune systems. Poor decision making in choosing and maintaining immune systems, like trusting monoculture, results in additional massive die offs. • Self medicating becomes common. • Enormous population growth to fill in for lost dead. • Governments begin to reform around new social norms and ethics. •