Aut pp part 16

As I get ready to publish the first of the short volumes, I find myself making corrections that are profound but simple.  Such is the post which follows.

I was challenged by a swimmer of near equal ability; a rarity.  Faster when I started, about the same when I was warmed up, but not able to sustain the hard pace of 200 ims, settling instead for the less challenging 100 ims.  It was a good 2800 yards but an appointment with Shakespear (the dead Jewish one) kept me from putting in the last 200 ims that would have taken me to 1200.

I'm sipping a glass of wine now no longer subject to the hurry of the day, wondering just how to adjust to what will be a very busy and complicated tomorrow when I go to the west coast to ply my wares.

Algorithm Universe Theory (AuT) in a paragraph: The basics of Algorithm Universe theory, and of this inquiry, are (1) All linearity is the result of algorithm solutions yielding information based mathematical solutions baed on a changing single variable where each state is derived from  prior states, probably in the nature of adding the two prior states varied according to the changing single variable with all solutions being derived in a time free, dimensionless state.  Elements bearing repetition are: (2) that this state can be represented by a single variable algorithm, and (3) that space and time occur because of the relative changes between different concentrations of information, resulting from of sequential solutions to that algorithm.

(4) A corollary is that dimensional aspects of the universe and forces (dimension, energy, gravity, clock time) are created in (a) conserved, (b) consecutive, (c) exponentially separate quantum state groupings based on the accumulated solutions of prior time states and (d) an evolving definition of curvature.

A new nomenclature was developed to describe these features.

AuT is specifically the study of fixed quantum coordinates as the origin of all space-time phenomena.

The stacking of sequentially spiraled and offset universe solutions allows for time ordered solutions defining locations which remain relatively constant while allowing for a constant recalculation of points within the quantum universes reflected as movement when x changes. This can designated as (F(U)) where F stands for the Fibonacci series (F-series), U stands for the entire universe of information changed according to the F-series model including individual spirals increasing in size with corresponding compression to control the total amount of information from exceeding the converging series parameters inherent in the mathematics.  A feature of the F-series is that the more coordinates that change at once do not have an effect on the solution of each separate coordinate.  That is the F-series for 1 is 1, 2,3,5 and for 11 it is 11,22,33,55 and this process yields compression that is observed according to the general model F(n)^(2^n).