Pi and e..................both only 0.4 units away from each other....................4 tens of a decimal...............4 out of 10............................two 14s start out the square root 2................twice the square root of 2 (also the square root of 8, the same number)........is very close to e.......





Even stranger is the right triangle along the X axis..........has one side of 3 and one side of 1.........pi starts out.........3.1..........Gauss said he based his rough estimate for the distribution of primes........off of the curvature of a circle...........I got that whole idea.........of what an imaginary exponent could be..........................b/c if u start from 2..........................the distance straight to the point would be its value...............the argument............................the closest distance between any two points is a straight line..............................................i being the square root of negative one.........I put the location of the square root of - 1.....directly above negative one.............making a different axis.......imaginary axis.......and the value of 2 to the i............as the distance from (2, 0).......to one unit above negative one........................and to measure that.........I used the Pgythorean theorem.............