THEORY OF ANYTHING provides descriptions, functions, and conceptual maps involving mathematical, philosophical, and metaphysical methods for the analysis of total existence.
All topics are explained using plain language, simple math notation, approachable metaphors, and helpful diagrams.
This book presents generalizations of higher symmetry logic, higher dimensional numbers, and time dimensions.
This book also gives mathematical, geometric, and philosophical connections between the concepts of quantum mechanics and spacetime.
The book includes an analysis of quantum mechanical behavior for the first time without the need for tensors or spinors. A new type of math notation generalizes and combines both of their behaviors.
A new expression of time has been discovered that does not need to define time as an abstract 4th dimension. Time is instead defined as an emergent behavior of a space.
The book contains a new interpretation for what is beyond a blackhole that is not a cyclical universe.
New discoveries in the book deny the claim that probability is the most fundamental behavior of existence.
The book contains important explanations for why rotations of objects are possible starting with 2D space but not 1D space.
New discoveries in the book deny the claim that string theory is the most effective theory of everything.
The book contains explanations for how different worlds can exist without dimensions.
The book surpasses the standard model of particles by giving the exact geometrical meaning of quantum chromodynamics.
The book surpasses general relativity by giving quantum generalizations of curved spacetime.
A new math notation in the book allows for both the specificity of geometry and the generality of topology without the weaknesses of either.
There are explanations in the book as to why 4D double dimensional rotation occurs.
The book provides new math operations that are not addition, subtraction, multiplication, or division.
Standard math has a bad habit of using higher dimensions as an excuse to explain things that do not seem to be explainable. New discoveries in the book prove that higher dimensional math is not needed to explain quantum mechanics or spacetime.
The book precisely describes the differences between existence and nonexistence.
Other relevant topics include: direct connections between math and physics and the new math notation that is required, the exact limits of human knowledge and how to surpass them, etc.