Nanosemaphore Diagram

This diagram is a summary of the central notion of the Nanosemaphore theory. From this simple root, it is believed that all genetic data is given its mathematical meaning, the driving force behind biochemical logic.

Nanosemaphore is a propsition that suggests true digital behavior within the fundamental components of the DNA. Under this model, everything from binary data storage through mathematical expressions through accurate reproductions seems accounted for. It would appear the genetic "code" is not actually a code after all; but a fractal formula expressed in the many dimensions of the real world.

An image showing the true difference between the nucleotides.

The basic components of DNA; Guanosine, Adenosine, Cytidine and Thymidine can be approximated closely with this diagram. The gray represents the common underlying structure, the black represents "outsie" double bonds, the blue "insies". The ones and zeroes represent the theorized availability of temporary bonding during the energized state, or the availability of a transfer path for electrons.

Note: There are at least four possible interpretations for the binary values: A and B may be reversed; the binary value of insies/outsies may be reversed as well.

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