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Last Update: Thursday September 21, 2017

#6 Questions abound… we are now at Step 84, the diameter of a water molecule.


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What makes water such a key to life?

Two parts Hyrdogen and one part Oxygen. H2O. The most important thing on earth and certainly the most abundant. The diameter of a water molecule is about 280± picometers.

The multiple of the Planck Length is exactly at 312.618528 picometers which is also .3126+ nanometers or 3.126+x10-10 meters. Each notation has a range. Here we look for insights by taking three notations in a row, i.e. 83, 84, and 85.

Analysis: The exact multiple of the Planck Length at Step 83 is 156+ picometers. At step 84 it is 312+ picometers. And at Step 85, it is 625+ picometers. So, the range for Step 84 is from 234.4+ picometers (slightly less than half the distance to step 83) to 468.9+ picometers (which is slightly less than half the distance to step 85).

It all seems rather trivial, but suspend judgment to explore around and get familiar with this model of the universe, created first by geometries and then by lengths and multiplying and dividing by 2. Perhaps every notation is defined by number and geometries within a special tension or relation or ratio that determines the functionalities within each notation. Such speculations needs to be explored.

Step 84

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So now, let's a quick look at this scale of the universe divided by 3. Taking the 202.34 to 206 for total notations, it results in a range from 1 to 67-68 (Small), then 68-69 to 134-138 (Human), and 136-138 to 202-206 (Large). Perhaps it can open a path to a deeper level of understanding. Perhaps it will make learning easier, more efficient, and more relational. Perhaps we'll become smarter, more productive learners.


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We are just a bit larger than the Periodic Table of Elements. Yet, within this notation two parts hydrogen bond with oxygen and that is magical. How does it happen? In what conditions?

Perhaps fractal geometries will give us some clues. Periodicity may also be a key. Finding the sperm and egg in the middle of this chart continues the concept of multiplying or dividing by 2. If we divide the chart in thirds, what do we find?

This next simple division of our universe would be into three parts. Each has an historic designation: The Small Scale, the Human Scale and the Large Scale. We follow two calculations for total notations, 202.34 and 206. That results in a range from 1 to 67-68 (Small), from 68-69 to 134-138 (Human), and from 136-138 to 202-206 (Large).