In microchipping, small is good. There has been all kinds of chemistry and physics used to make electronics smaller and smaller. I think microbiology can help.
Extremophilic bacteria are used already to help release gold in mines. As gold is the best electrical conductor it is perfect for microchips, as a little is all that is needed. If you used the microbes in actually putting the gold into the right spots, using Fibonacci Sequences, you could save a lot of delicate mechanical "handiwork".
Experiments have been done with using bacteria on disks for random changes in design ideas and music. This is very avante garde and chaos theory, but I think it could be taken to new levels. Some Fibonacci Sequences predict the organic activity of plant life. If you applied this to laying down organic paths for bacteria, myocelia or yeasts etc. to grow so that it can be used as part of the technology. The bacteria grows and dies, leaving their physical mass behind to used as a path. In some systems the bacteria can be living. Of course, metal changing/consuming extremophilic bacteria are an obvious candidate, but other types of organisms could be explored. As well as chemicals.
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