- Complex Math
- Independent Axis
- Independence of Axis
- Proof of the" Time Vector " and " Hypothesis " Complex Math
- Complex algebra - Dot Product
- Graphical Theory
- Graphical Theory 2
- i - pairs
- Bernoulli Distribution - Defining 'p'
- The Determination of x²
- Showing x² = dy/dx
- Showing Calculated Value of Pi
- Pi at a = 5000
- Vector Equations
- Summation(x)
- Showing i-squared = - 1
- square box
- cylinder
- square roots of X
- Showing the Derivative of (x) Squared = a

- Fine Tuning Time Space
- Four Dimensional Space
- Graphs
- Multiplication
- The Definition of i
- Construction of the i distribution
- Transformations
- Geometry of i
- Full Geometry of i - Proof 2
- Coefficients of i - The Construction ....
- Imaginary Pi(i) - Construction i
- RV(i) Coordinate System - Evaluator
- Proof 3 - Complex(Pi) Trigonometry Geometry Solution
- i geometry dimensions; a = 1
- Complex Geometry ' i '
- Speed of Light Constant: Time
- vector addition
- 2 i
- Kepler's Ellipse : on the Complex Number Line
- x- geometry
- Inverse Trig functions
- i[squared] and i

- Commentary
- Art
- Ln(x)
- Time Clock
- Probabilities
- i - probabilities (part two) - reference points
- Evenly divided Integers of ' a '
- Normal vs RVsigma - Proof 6 - varifacation(i)
- Center Line e(x)
- Rectangler Probabilities - Sums of Areas
- Normal Circular Probabilities
- Triangular Normal Probabilities
- Direct Link: Area/Variance = Constant
- Independent Distributions

- Analysis of the Normal Curve
- Prime Numbers
- Null Set
- Complex Trigonometry
- The Four Subspaces