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How can information be ubiquitous—traveling FASTER than the speed of light? “MathspeedST.”
This fundamental underlying question has never been answered...until now. “MathspeedST: Leapfrogging LightspeedST FASTER Than The Speed of Light" is the complementary other half of "LightspeedST: Leapfrogging @ The Speed of Light."
By: Reginald Brooks
First, the Ultimate Question: Why is the speed of light constant? was asked and answered in LightspeedST (pub: 6-3-2013).
Now, the fundamental Underlying Question: How can information be ubiquitous—here, there and everywhere— effectively traveling FASTER than the speed of light? is answered here in MathspeedST:
providing a solid, completely fixed grid of unique number relationships fundamental to the underlying question: "How can information be ubiquitous—here, there and everywhere— effectively traveling FASTER than the speed of light?" that this work addresses.
200+ images, including over 100 interactive widgets, 8 videos, a reference-like glossary and a number of supplemental works, all work toward helping you, dear reader, understand how the "Rules"—rules that are really just descriptors of some of the basic layouts and patterns within the matrix. They reveal how such a simple ISL-based grid can have so many nearly magical relationships between numerical quantities, all the while giving rise to this phenomenally beautiful fractal-like framework to the Conservation Laws—the laws that define our physical reality according to the Standard Model of Quantum Mechanics.
What does the union of the speed of light and space-time formation have to do with Quantum Gravity: that elusive interconnection between the theory of the very small (Quantum Mechanics) and the very large (Gravity)?
How can an underlying matrix of quantitative numerical relationships instantly provide information across all spacetime and in doing so provide the necessary accounting and distribution scheme for exactly how that spacetime energy will be divvied out?
Well...that is the essence of this ebook. And it gets there by addressing the fundamental, Underlying Question: How can information be ubiquitous—here, there and everywhere— effectively traveling FASTER than the speed of light?
Because line-, shape- area-, volume- penta-, Pythagorean-
•all-knowing (in a mathematical sense)
Knowing any one spot on the matrix provides you with instant knowledge of every other spot—regardless of size!
So why is this important?
Underlying the physical reality of our Observable Universe, must be some form of an accounting and distribution mechanism that allows for the flux of energy, charge, momentum, lightspeed, and spacetime (ST) itself, to be expressed while strictly adhering to the Conservation Laws. That mechanism—containing the five necessary attributes listed above—is the BBS-ISL matrix and MathspeedST is your gateway entry.
Because two key factors are known:
1. Every new event (P-P) generates a new BBS matrix whereby every spacetime (ST) value is automatically known from the source singularity (S) outward to infinity;
2. The total energy pie is fixed and constant,
any subsequent division of that energy pie into smaller chunks will necessarily initiate new P-P events whose BBS matrices completely know the distribution of that energy both in part, as though it was isolated, and, together with their interactions with any and all other P-P events claiming their part of said energy pie.
As a complementary work to LightspeedST (the Observable Universe above), MathspeedST defines the hidden, dark matter-dark energy Universe below.
This is a multi-touch, interactive ebook made with iBooks Author® and published in the Apple iBookstore®. Currently, it requires an iPad, or on any Mac running OS Mavericks, and the free iBooks® app to download and read. It is available for free.
Author's MathspeedST webpage: http://www.brooksdesign-
Author's LightspeedST webpage: http://www.brooksdesign-
Contains Selected Screenshots.
iBookstore Keywords Search: MathspeedST, LightspeedST, Leapfrogging @ The Speed of Light, Reginald Brooks
About the author
The complete BIO and PORTFOLIO of Reginald Brooks may be found at: