An Introduction to Quantum Mathematics

by Billy Spears

 

 

Table of Contents

 

Chapter Zero: “Prologue”

Chapter One: “Cousins and Decimals”

Chapter Two: “Infinitely Repeating Decimal Numbers”

Interlude One: “Lesser Infinities”

Quantum Mathematics and the Standard Model of Physics Part One: “The Birth of Siblings”

Interlude Two (Hundred and Seventy-Three): “Quantum Mathematics and the Modern Gregorian Calendar”

Chapter 3: “Dividing by the 3”

Chapter 3.3: “Progressive Patterns”

Chapter 3.6: “Multiple-Digit Progressive Patterns”

Interlude Three: “Neighboring Numbers”

Quantum Mathematics and the Standard Model of Physics Part Two: “Reciprocal Mirroring”

Quantum Mathematics and the Standard Model of Physics Part Three: “Collective Multiplication and Division Functions”

Chapter Four: “Cousin Quirks”

Quantum Mathematics and the Standard Model of Physics Part Four: “An Examination of the Four Functions”

Chapter Five: “Family Group Quirks”

Quantum Mathematics and the Standard Model of Physics Part Five: “Color and Reactive Charges”

Chapter 6: “Dividing by the 6”

Chapter 6.3: “Progressive Patterns of the 6”

Chapter 6.6: “Averages”

Chapter 6.9: “Tossing Stones”

Quantum Mathematics and the Standard Model of Physics Part Six: “Seeing Functions as Interactions”

Chapter 7: “Dividing by the 7”

Chapter 7.1: “Decimal Patterns of the 7”

Chapter 7.4: “The Decimal Pattern Set of the 7”

Chapter 7²: “Squaring the Enneagram”

Quantum Mathematics and the Standard Model of Physics Part Seven: “Mirroring between Collective Functions”

Chapter Eight: “Solving the Invalid Functions”

Quantum Mathematics and the Standard Model of Physics Part Eight: “Sibling Similarity and Base Charge”

Quantum Mathematics and the Standard Model of Physics Part Nine: “Conserved Interactions and Anti-Charge”

Chapter Nine: “Epilogue”

 

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