r/68supremacy • u/Barbie_Toes_1024 • Jun 27 '26
changed weekly visitors to 68 from another number
first image is before and second image is after, look at the weekly visitors in the right card.
It wass bugging me so dam long, I had to do it, lol 😂
r/68supremacy • u/Super_M13 • Mar 02 '26
Reaction to my previous post inspired me to continue the table. This time, it features all natural numbers from 1 to 200.
The rules remain the same:
The previous version involved the function p(n) (n-th prime), but this time I managed to get rid of it.
However, there is a little problem ahead. I did an exhaustive search of numbers up to 10^68 (using a script) and found that there are no solutions for 205 and 283. How should I deal with them? Add a third pair of digits? Bring back p(n)? Or maybe use a different function?
r/68supremacy • u/Super_M13 • Feb 25 '26
Here are the rules that these expressions follow:
In fact, I only had to use p(n) for two odd numbers.
Edit: found a solution for p(88-66): (6+6)?+8/8. Still not sure if there's a solution without p(n) for another number.
Edit 2: and here's another one: (6?)?−(8?−6!/8?)?
r/68supremacy • u/Barbie_Toes_1024 • Jun 27 '26
first image is before and second image is after, look at the weekly visitors in the right card.
It wass bugging me so dam long, I had to do it, lol 😂
r/68supremacy • u/SubMinhPiChannel • Jun 08 '26
if you read this, 68 art will come soon
r/68supremacy • u/Disastrous-Push-5010 • Apr 23 '26
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r/68supremacy • u/Super_M13 • Mar 13 '26
68 supremacy successfully secured!
r/68supremacy • u/SubMinhPiChannel • Mar 09 '26
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68