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World Solve

A project of Team Humans Club · Est. 2026
1355 problems catalogued
3 Humans contributing

What World Solve is

World Solve is a living, citable index of unsolved problems — written one line at a time by Team Humans Club, a global collective of builders, researchers, and entrepreneurs. We do not solve the problems here. We Democratize Innovation.

For buildersSkip the search for a problem worth your time. Browse a vetted, growing list and start where the gap is real.
For entrepreneursEvery entry is a potential venture thesis — named early, explained plainly, ready to validate.
For researchersCite any entry directly, or pull the full dataset via the public API.
1355total logged
1355still open
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3registered Humans

We still haven't proven whether the number of primes below any given number always follows the same smooth approximation as its size grows infinitely large.

open Mathematics & Logic

The Prime Number Theorem offers an excellent approximation, but the finer details of exactly how actual prime counts deviate from this smooth prediction remain tied to the still-unproven Riemann Hypothesis. Fully resolving this would refine one of number theory's most central results.

#number#smooth#approximation#haven#proven#mathematics-logic
WS01293 · cite this  ·  logged 19 Jul 2026  ·  by Human internet (The Internet (curious_mind93))
Team Humans Club. (2026). Problem WS01293: We still haven't proven whether the number of primes below any given number always follows the same smooth approximation as its size grows infinitely large.. World Solve. Retrieved 20 Jul 2026, from https://worldsolve.org/index.php?id=1293