Golden Mean DNA Dimensions
One full turn of this Twin-helix entails 10 DNA (A-T or G-C) Twin molecules. Thus, 10 pentagons, ratcheting at 36 degrees, hold the 10 DNA base-Twin molecules in place.
All genetic information lies within these rings of pentagons. Your physical being is in fact an atomic hologram manifested within a circle of pentagonally arranged atoms.
One nanometer = one millionth or 10-6 of a millimeter. The length of each base-Twin is about 2.1 nanometer (nm), and the vertical rise of each base pair is about 0.34 nm. The distance between atoms is about 0.3 nm.
Thus, a 360º helix rotation, involving 10 base-Twins rises about 3.4 nm. A perfect Golden Mean or Fibonacci proportion between the width and one cycle of the base-Twin-helix:
Each base-Twin-rung on our DNA ladder can function as a transistor as well. Did you know that the world’s smallest Electrode—Transistor, Intel’s 3D Tri-Gate ΩTransistor, is only 22 nm, but 10 X larger than our 3D/4D-DNA Transistors?
A new technology allows to successfully encode digital data into the nucleotide sequences of snippets of synthetic DNA, instead of squashing the world’s data, now reaching 40-trillion gigabytes, into many multi-giant server farms.
Researchers say that the predictability, diversity and programmability of DNA makes it the leading candidate to replace silicon-based chips, because the smaller the more unstable and unpredictable these chips become.
Layers of a molecule called “coralyne” were inserted between the layers of a single DNA molecule. The current flowing through the DNA was 15 times stronger for negative voltages than for positive voltages, the necessary feature of a diode, which allows current to flow in one direction but prevents its flow in the other direction.
This allows for the construction of nanoscale electronic elements and circuits that are at least 1,000 times smaller than current components.
