04/30/2019 STAIRWAY TO HEAVEN
To: Zeebo Sadrach 
From: Justin Coslor.
I think I was wrong about some of the math stuff that I talked with you about. I had hoped that in the decimals of pi from very small fractions of obscenely high-dimensionality to small fractions of a line or circle or sphere i.e. (3)+(.1+.04+.001) I had hoped that each digit string read in reverse heading up towards the .1 would all be prime numbers, and I still believe that this is true. Such as starting at a particular decimal of Pi such as a 1 preceded by another digit which when paired with the 1 is a prime number, and that the number that precedes the decimal digit before that one before the 1 is a 3-digit prime number and so on such that the four decimal digit number is prime and the five decimal digit number before it is prime and the six decimal digit number before it is prime, etc., all the way back to the .141 that becomes 3*10^zero dimensional at the 3 mark before the .141.
To begin this prime test sequence a person could print out the 3 in the base10^zero dimensionality digit + the fraction (pattern input) coefficient digits of negative exponent dimensionality of base ten (as the context output), out to however many decimal digits necessary to produce an all prime stepladder terminating on a particular decimal digit that it holds true for and place the second dot at the end of that as a resting place. I think that this is what Jacob's Ladder, the Stairway to Heaven represents. The interesting thing is that you need to know the primality of all of the decimal digit steps from the second dot all the way up to the first dot, and that it is actually possible for each and every step read from the coefficient's base10^negativedimensional placeholder (decimal digit) left of the second dot to be prime, as well as every step read from one decimal digit to the left of that to the second dot as prime and the the step read from one decimal digit to the left of that step to the second decimal dot to be prime and so on all the way up to the 3. Also, the closer that the decimal digit is to the first dot, the longer it is in decimal digits away from the second dot, and this sequence must necessarily start at much longer than four decimal digits of pi because .1415. is not prime and .141. is not prime and .14. is not prime. However, for some sequence of naturally occurring decimals of Pi, all of the decimal digit steps are prime numbers that are each one decimal digit larger than the one before it, from the first step being the small end before the second dot to the last step (the 1 after the first dot). This is a sort of reverse forwards primality of steps depicting the dimensionality of the Universe as it goes. The prime numbers are the balance points in the Universe. 
Justin M Coslor 04/30/2019.
Also, one might only need to check up to the square of the number in testing the primality of any given step in the ladder of prime steps that all share a common digit ladder out to the second dot, such that each step is to be prime one decimal larger than the one before it from the second dot.
This can be called "Stairway to Heaven."