The Sphere: Our Most-Basic Building Block of the Universe

CENTER FOR PERFECTION STUDIES: CONTINUITYSYMMETRYHARMONYUSAGOALS•March 2019
HOMEPAGES: ASSUMPTIONS|DARK|EMERGENCE|INFINITY|Inflation|INTRO|REVIEW|Scholars|START
Rolling Pi

Sphere to tetrahedron-octahedron coupletFile:ComplexSinInATimeAxe.gifFile:Circle cos sin.gif
Pi equals 3.141592653589793238462643383279502884197169399375105820974944592307816406286208998628034825342117067…

Bridging the Infinite-to-Finite

by Bruce Camber

THE SPHERE STARTS WITH PI: Yes, let’s agree that pi (π) is finite. We can see and hold circles and spheres. But there is something about the “never-ending, never-repeating pattern” that does not describe what we understand to be the finite. Plus, the formula for pi is always the same —  a ratio that never changes. Is it telling us that such a key dimensionless constant is always dynamic and in a constant relation. 

I think that this relation is a primary real. It fundamentally tells us something about the nature of the universe.

Some scholars calculate that there are 26 such constants (which includes pi) required to define the Standard Model for Physics. Others say 31. And, the folks at NIST say there are over 300 dimensionless constants that help to define physical reality.

Those four words, dimensionless, never-ending, never-repeating, and constant either describe a bridge between the finite and infinite, or describe a quality of the infinite that resides within the finite but is not finite. I know it sounds entirely oxymoronic yet please keep an open mind to the concept. That sphere also inculcates the ideals of continuity, symmetry and harmony.  Being the result and best representation of all these concepts and inherent equations, gives it a primordial status.

KEY QUESTION: Given its nature described above and its ubiquity within our essential mathematics and physics, might we assume the sphere is the first expression of space-time, mass-energy at the Planck scale?

If we taker as a given, the affirmative response, how might it all work?

The Sphere at the Planck Scale. Within this infinitesimally small domain, the sphere has been known as a plancksphere.  Going back to 1955, John Wheeler called it quantum foam. Perhaps you can imagine it as an extrusion within the finite-infinite relation as a constant stream of spheres, creating, filling and generating all of space time.

Apply cubic-close packing  and form-and-structure become emergent. Cubic-close packing is an inherent doubling function whereby geometric structures, particularly the tetrahedron and octahedron, emerge. The thrust for this now constant, endless flow may well come from Planck Charge, light, and the never-ending, never-repeating numbers of pi and other dimensionless constants. It is instructive to follow any one of the numbers on our horizontally-scrolled chart where that logic flow can be analyzed.

CONCLUSIONS:  Here is a new domain for logic, mathematics and a hypostatic science.

1.  The 64th Doubling: Well-below our thresholds of measurement, an active registration of just 9.945379×10-25 seconds and happening within a space of 2.981362×10-16 meters, yet compared to the very first doubling at notation #1, the 64th is well-beyond ginormous. The complexity that can be logically and mathematically and geometrically developed can readily open up the particle zoo and every facet of it by the 67th notation.

Spheres are being churned out somewhere in the neighborhood of 4.611686×1018 units. It appears that within some measurements, these might be added to those already created from the prior notations.

2. Prime numbers.  The eighteen (18) prime numbers from the first notation to the 64th are:  2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, and 61. Are there 18 mathematical systems that can be readily shown to develop upon each other? What about the 26 to 31 dimensionless constants prior to the emergence of the Standard Model of Physics? My simple guess is that it will give us a level of complexity that reflects our current understanding and the sophistication of the tools we use to measure things. Causal Dynamical Triangulations (CDT), Regge calculus, fractal structure, 2-D spacetime, and the flavors of the simplex will all find a place.

 3. The Dynamics of the Sphere.  To date our only images to summarize the potential dynamics of the sphere are within this sister page, Let’s start at the very beginning until our universe is filled with spheres.  Almost certainly, there will be more as we further study  E8 Lie geometries  and begin to engage ever-so-illusive amplituhedron with a string to “…a planar N = 4 supersymmetric Yang–Mills theory.” A scholar like Nima Arkani-Hamed declares that it’s “…equal to the perturbative topological B-model string theory in twistor space (an ever-so-positive Grassmannian).”  Though a steep learning curve for most of us, the simplicity of our overall construct will make this classic Arkani-Hamed comment and the general subject much more approachable and understandable.

4.  All time is the Now. All notations are active (dynamic) and evolving (changing).  Past, present and future are understood to be perceptions or a sense of time that is encapsulated between and within sleep and sleep might be considered a recompile much like the system of a computing machine.


Sister page


Infinity. Re-open the door to redefine the concept of infinity. We’ve all got to lighten up a little. It is obvious nobody is making real progress within the old-time debates, but some progress just might be made both within mathematics, physics and logic. And more

Everything you think, say or do immediately effects the fabric of the universe.

The study of string theory will initially evolve around the work of Ed Witten at the Institute of Advanced Studies in Princeton. The study of quantum fluctuations and  emergence will initially evolve from out of the work being done by many different groups including  Steven Weinberg and his group at the University of Texas-Austin. To engage these studies from such an idiosyncratic construct will never be easy. Yet, it gets even more stretched and difficult  with the following assertions: Obviously, within this 202nd notation, there is a perception of past-present-and-future, a sense of time. This notation is 10.9 billion years and only about 2.84 billion years of it have emerged.  More

Summary. It is such a different model, it is hard to engage. It took me the better part of four years to realize in what ways this nascent model could become more than a STEM tool.

My Themata:

1. The primary search for unity begins with pi, the sphere, and the dynamics of the inside and outside of the sphere.

2. The relation is primarily real (vis-a-vis Leibniz-Newton).

3. Everything starts simple before it becomes complex. The need for “renormalization” tells us that we have not found a baseline for simplicity.

4. The faces of infinity are continuity/order, symmetry/relations, and harmony/dynamics.

5. There is a finite-infinite transformation that we begin to know through pi with its never-ending, never-repeating, always the same and then through the other dimensionless constants.

6. The sphere (Wheeler’s quantum foam or Plancksphere) manifests as space-time and mass-energy.

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Summaries

Endnotes, footnotes, references and resources

Causal Dynamical Triangulations (CDT), Regge calculus, fractal structure, 2-D spacetime, and the flavors of the simplex

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Challenge us. Coach us. We need all the help we can get.

Which concept is strongest? Which is weakest?