# Plan

This is to set the record that the Z0 Code is not a theory but a process toward one. The development of the Z0 Code is a dynamic process, not a static demonstration of a set of facts that establishes the current state of the art in physics today. It is part of a series of activities that are designed toward the goal of understanding the universe at new levels. It is designed to uncover the relationships between energy and mass, as described in e=mc2.

This plan is much like solving a jigsaw puzzle where there are no edges and no picture. Solving this requires spatial visualization, correlation, intuition, deduction, and logic. The final result is a picture. In summary, this is a cohesive mathematical model that links all the pieces together. It is the purpose of this project to do that for the universe.

Th Z0 Code Plan:

scope:

purpose

target

fundamental aspects

requirements

premises

constants

variables

output

main:

gather

Information

scientific papers

experiments

books

websites

AI

observations

discussions

identify

priorities

categories

patterns

sort

bin into categories, fourier

connect

hypothesize

relationships

direct

indirectct

evaluate

applicability

reliablity

accuracy

implications

fit

scale

interconnect

combine

unify

level

scale

develop

math

new mathematical theories

model

concept

construct

test

against

existing

If fail go to fail

hypothetical

If fail go to fail

new

If fail go to fail

predict

explain existing observations

new observations

If fail go to fail

else

Inc iteration count = 4, last = photon update

go to main

fail

record = photon anomaly

reflect

learn

communicate

go to main

next

communicate

go to main

quit

quit

quit

One can see that quitting must happen at many levels. Actually, there is no quit until the end of the universe is reached for those who dare to explore there…

As the answer to the initial question, “What is gravity?” is within reach, new questions about the mechanisms of energy arise. These include the origin of energy, dipoles from nothing, photons and their collection, resonance, propagation, deflection, and disambiguation. Each is based on one important new question: “What is energy?” Next, a new query is now raised: “What is quantum?” Using the analogy of miners looking for shiny treasure in the darkness of the tunnels, it is anticipated that the next vein of knowledge will be “What are particles?”

Because of the nature of the discovery, it is unsure if these questions can be answered in any order or if there will ever be a definitive resolution to certain aspects of this study.