11, 13, 17, 19.............the 1st 4 primes in double digits.........1st 4 primes...like 14i.........................those give the clue to how any prime.........no matter how high can end........the last digit..................above 10........primes > 10........greater than ten can end in only 1 of 4 numbers...............a 1, 3, 7 or a 9...............1 in 4....................like 1/4...........like 14i.........like 1/4 = 0.25.................and a zero..............two primes........in 0.25....................2 and 5.........but using the processes of addition and subtraction.........the other two come out...............5 + 2 = 7............5 - 2 = 3......................man oh man.....

But there is still more...............b/c....with 0.25............u have the two primes............2 and 5...............which cut out 6 out of 10 numbers from being prime.....................2 cuts out every other number............every even positive number........(like every negative even integers on the X axis have zeroes)................5 cuts out the middle number..........in any 10 digit sequence.....from a 0 to a zero...............above ten.........above single digits..........a dividing line of sorts..............single digit primes are different.............like the critical line itself...........1/2...........the 1 stands for single digits.......if u imagine it does..................2 for double digits...........all the 1st 25 primes............are in either in single digits or double digits........97......the last prime..........under 100..........in double digits........is like 7 and 9..........backwards...........4 d...................two 3ds....................one right up........one inverted.........wave interference.........................

9 + 7 = 16.................the 1st 25 primes sum to 1060.........like a garbled gold ratio...........60 - 10  = 50..................like the line itself......the critical one.....1/2.........1/2 = 0.5....................2 and 5...........the exact TWO primes who cut out 6 out of 10 numbers from being prime...............as END digits.......and leave only 1, 3, 7 and 9.............fractal patterns..........................coincidence............that those exact two primes.......are in 1/4..........its dec amount.......1/4 = 0.25.........................man oh man................not bad for a toothless, homeless man, eh???



The plots above show the real and imaginary parts of plotted in the complex plane together with the complex modulus of . As can be seen, in right half-plane, the function is fairly flat, but with a large number of horizontal ridges. It is precisely along these ridges that the nontrivial zeros of lie.
The position of the complex zeros can be seen slightly more easily by plotting the contours of zero real (red) and imaginary (blue) parts, as illustrated above. The zeros (indicated as black dots) occur where the curves intersect.