Young Axl Rose and Cake Cream in 2022! :D

[Garnabby]

Those numbers seem to be shaping up, with +/- 1 adjustments here, and there, especially on the ends of the tables. Stuff like 1029 losing its end-digit, 9, by (1029 + 1) = 1030, but, picking it back up by 1032 = 10[√9]2 . Letting the numbers tell me the remaining theory, here about how the matter/anti- tables join up, with gaps to begin, and end, between the two sets of thus tables. What goes into those gaps, another partial element, or two. Think of it as element-0 means there's an element-all, and, then, what it might mean for all being another number.

The fun part is turning the numbers into numerals, once the physics is ironed out.

Like 54 = 27*2 = √9 * 6 * √9 ---> 27_72, and, 96_69.

The counterpart of element-54 is, in the other table, element-177 = (2^7 + 7^2) ---> 27_72, to match up with the 27_72 from 54 . But how to get 177 in terms of 96_69?

Turns out that [(√9)^6 - 6^(√9)] = (3^6 - 6^3) = 513 = (3^3 * {[antilog(0^0)] * 5^0 + 9}) ---> 3*59 = 177, if keep the exponents "high", out of the picture, and, work past them.

P.S. For the doubters, there's a faster way to do it, now that we have the longer way.

177 = (531 / 3), and, so, switch the order of the 3, and the 1, in 531, to obtain, 177 = (513 / 3) ---> 513.

To add a bit, in the vein above, I thought to go with the sum of three squares, and, or, three cubes, of which, I'm in the habit of going with the sum of two squares, and, or two cubes - I think the latter direction that most mathematicians instinctively go.

54 = (1^2 + 2^2 + 7^2) = (2^2 + 7^2 + 2^0) ---> 27_72, and, 54 = (3^2 + 6^2 + 3^2) ---> [(√9)^2 + 6^2 + (√9)^2] ---> 96_69 .

And, 177 = [(2^3)^2 + 7^2 + (2^3)^2] ---> 27_72, and, 177 = [(√9 - 0^0)^2 + (6 + 6 + 0^0)^2 + (√9 - 0^0)^2] ---> 96_69 .

54 = [(√9)^3 + (6 - 6)^3 + (√9)^3] ---> 96_69, and 177 = [2^3 - 7^3 + (2^3)^3] ---> 27_72 .

Note as well that,

turns out that [(√9)^6 - 6^(√9)] = (3^6 - 6^3) = 513 = (3^3 * {[antilog(0^0)] * 5^0 + 9}) ---> 3*59 = 177, if keep the exponents "high", out of the picture, and, work past them,

has to do with 177 as calculated by "symmetry broken" math, which consistently follows its own one set of rules (to form its own "field" of numbers.) It's not something arbitrary to suit that one calculation, to force the numerals to thus fit in with each other. But, more to do with numerals not (in this lifetime) having a representation by more than one member of the form (a^b + b^a).


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931 -------> 931 = [(10*1 + 3^2) * 7^2] ---> 137, and, 931 = (930 + 0^0) ---> 930

Spot-913.

Time 2:29 ---> 229 = (15^2 + 4) ---> 154 = (1 + 153) ---> 1/153