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Last Update: Tuesday May 23, 2017

Introduction To A Systems Model Of The Universe

Structured By Base-2 Exponential Notation, Planck Units, And Embedded Geometries,
Imputing Small-Scale, Human-Scale, and Large-Scale Symmetries

Atlas Background

Historically the small-scale universe started in the range of quarks, strings, fermions, and protons. Nothing below 5.96272544x10-16 meters (the 65th doubling of the Planck Length) could actually be measured by a physical instrument.

The Large Hadron Collider (LHC) Compact Muon Solenoid (CMS) at CERN labs in Geneva shows effects
of interactions at this size, but no end-to-end measurements per se. Over the years, there have been many
attempts to define a smaller, more fundamental substance or structure than the Higgs Boson but to little avail.
For example, the extraordinarily small preon was postulated by J.C. Patti (J. Phys. Colloq. 43 , C3 (1982) C3-297),
but it has not been found.

The top end or largest size for this small-scale universe was a squishy variable, but generally accepted to be smaller than anything visible to the human eye. Once it was visible, it was part of the human-scale universe.

The top end of the human-scale universe was also a variable. At one time it was limited to the earth. Then in 1969, for some, it was extended
out to the moon. It would go out to anywhere where humanity had left a footprint, Then, the large-scale universe would pick up from wherever the human-scale left off.

A Proposed Symmetrical System

Trisect the known universe into three approximately equal parts. Of course, the question must be raised, "Equal according to what parameters?"

ComplexEx2The historic parameters of space and time do not easily trisect the universe in any immediately apparent and meaningful way.  The proposed system would use base-2 exponential notation starting with the basic Planck Units, extended out to their logical limits. With space that would be to the Observable Universe.  And,  with time, it is the Age of the Universe.

There are just 201+ base-2 doublings so each scale would necessarily have just 67 doublings.

These doublings will also be referred to as clusters, domains, groups, layers, notations, and steps. Each designation represented its own special perspective and necessary  parameters.

An article to analyze each scale will be forthcoming:

1. The Small-Scale Universe (in process)

2. The Human-Scale Universe (proposed future page)

3. The Large-Scale Universe  (proposed - until then, please go to the Big Board-little universe