There are no 3 components of equal value and that number being the total.
But I do like your article, Genius, particularly that you place 0 among them in 3 + 6 + 0 = 9.
In my research among the prime numbers, the strongest alignment to explain the occurrence of them is found when placing the natural numbers in lines of six. There are then two locations per each line (proclaiming that the very first line where we also find 2 and 3 is the proto-line and can be seen as the mold for what is to follow) and these two spots per each line are the potential locations for finding a prime number.
The prime numbers (minus 2 and 3) are all linked together in a relatively complex pattern of patterns; actually, it is the negative of that pattern, meaning the prime numbers are like the pegs left standing after throwing the ball at the bowling alley.
The reason there are two potential locations per each line of six is due to the magic of 0. In the pattern of patterns 0 declares 'moving down 0 lines' and that means adding a second potential spot to the line.
Therefore, zero is the number to understand and six is the magic number to keep in mind. From there, one can see how 3 would play its role, with the exception that there are no equal parts of three for anything in the universe. Three is the gift, and does not point to the essence.
Mom and Dad and baby makes three, but this three is not based on equal footings. Parents (2) and child (1) is truly just two equal parts (parent + child), while Mom + Dad's equal in a child would be 'son' or 'daughter', showing there are two equal parts that can be unfolded to four equal parts, not three.
The digital root 9 is very special in that it is the highest number among the digital root numbers. When focusing on number 0, then the system of digital roots contains 0 just one time and one time only.
1992 = digital root of 3
2001 = digital root of 3
In this system 9 and 0 add the same to the digital root. Meaning, they do not make a difference in the outcome. In this system, 9 and 0 are each others equivalent.
https://www.cantorsparadise.com/discovering-zero-among-the-prime-numbers-65a47cbf79ec
Discovering zero among the prime numbers.
Thank you for your fun article. I did really like it.
