http://ciphercraft.i2p?i2paddresshelper=BK5mDCbwjQA3kMQhuPAey0dvviHtCno~TKpOBI~hePoYXZV9wNKxCFCwQX1iDjn9vEs0rbSdfLRcw~cNVPjww-V2-qdIMnmqw7Kbegp40eQnqr-dKDZq~KAnWfNfazMB5164FIYqqRIgfJLts4LmNQYbqxLdu1k97En42e-I4EdlpG-rEM4EzWKzOkW6tmQN74rrCi6YFhqJ9BEEBDNgR4S1S8st81rQuBw9fa3lhPpPjIfzjJa3o4MriXDFdxqj~7b8c6wt1U-ZNr6VF4CF~ZFBBwo~gO4RCKDyGcpd5hwgvxj8p~aKzzBVXj8uybcmMWpm3GUkvQFWVoWBWOxVJA8fL6~QAbik51FPuBmrYp86L932UQks1oqNheJ0pl~g55J1ktmiPd-7rdQsTdgIIhwr-ec53x-TjPdfLrI73JrszI53DCWJlNBYIXiVyWQRkiAqtrilOowJQ1RG6ksTDyayDHs38x-S56-gZEu34wCfEkmeYQw23UDjxTBIoInNBQAEAAcAAA== rel=
The convergent assembly architecture developed by Ralph Merkle (1997 Nanotechnology 8 18-22), describes how small parts can be put together to form larger parts, starting with nanoscale blocks and progressing up the hierarchy to macroscopic systems. The machines in this would work like the conveyor belts and assembly robots in a factory, doing similar jobs. If you pulled one of these machines out of the system, it would pose no risk, and be as inert as a light bulb pulled...