Ingredients to make a universe
by Bruce E. Camber, September 23, 2023

Although many people have relied on Big Bang Cosmology and the Standard Model, there have many pointed historic criticisms based on unanswered questions, but now there are also observations — the results coming back from the James Webb Space Telescope. It has been obvious to some that we need a bigger theory, one that could absorb the details formulated over the years, regarding the big bang epochs and the standard models, but go beyond. Today, Beyond the Standard Model has become a movement and a discipline to that end.

Most of the basic ingredients that make up our universe have been identified. It seems that we are only missing just a few.

Some people have a mix of dimensionless constants; others just have equations and numbers. Others include the Standard Models of the Universe fully knowing it is in process and needs to fixed and completed.

Our nascent model begins with a sweet simplicity found within the most ubiquitous- and-versatile of dimensionless constants, π (pi). Didn’t we all learn that equation we in school one day.  Yet, we particularly focus on the three most-basic facets of π (pi): continuity-symmetry-harmony.

It is a unusually-simple beginning. Our students who love to ask the “why” questions, will invariably ask, “Where does pi come from?” It is a good question. We answer that it comes from the infinite. “Where does the infinite come from?” From continuity, symmetry and harmony… and thus, we have a tautology and we can only accept that as a given.

The next ingredients come from natural numbers. Although we use Max Planck’s, those of George Stoney and the ISO people could serve us, too. It all comes out in the wash to the same 202 notations.

It is an unusual beginning. It is a simple beginning and it just might work. Why not?

• Confluences Within An Emergent, Exquisite, Infinitesimal Grid or Matrix
• the first moment of space-time, finite-infinite, Planck base units, pi(π ), dimensionless constants, infinitesimal spheres

Yes, there is more to come…

1. Because my initial description of the grid (or matrix) makes no mention of 6.4277521×10⁶⁰ infinitesimal spheres that make up the grid, that work is continued here (that’s 2²⁰²).
2. Because emergence is intimately and necessarily defined by the three faces of pi (π ), it re-engaged.
3. Because infinitesimal gaps are not yet associated with quantum fluctuations, these general introductions invite further discussion.
   
   (it’s all in preparation)

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