trureturingGitHub MATHEMATICAL ATLAS

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Conjectures

Open questions. Missing bridges. The next proof.

Research news

FROM RESULTS TO NEW QUESTIONS

The next questions

Completed results
7Source-backed dossiers
39Released foundations
c0d04258d279Truth release
01

Conventions / Deficit / Words

Classify negative base-phi prefix occurrence sequences

Focused target Proposed route

11released anchors
02

Conventions / Depth / Digit

Minimality of the base-4 golden-ratio DFAO

Exploratory Proposed route

7released anchors
03

Quantum / QuantumBounds

A fourth mutually unbiased basis in dimension six

Long horizon Proposed route

4released anchors
04

Conventions / Digit / Rewriting

Optimality of the Ordered Zeckendorf Long Game Strategy

Focused target Proposed route

6released anchors
05

Asymptotics / Digit / Rewriting

Gaussianity of random Zeckendorf game lengths via mixing

Exploratory Proposed route

10released anchors
06

Arith / Carrier / Scale

Wall-Sun-Sun primes as a golden-unit lift problem

Long horizon Proposed route

11released anchors
07

Conventions / Digit / Scale

Maximum order complexity along polynomial Zeckendorf subsequences

Exploratory Proposed route

8released anchors

QUESTIONS WITH RESULTS

Resolved questions

Further reading / mdBook

Real-rooted polynomials

Pochhammer Conjecture 6.5: a quadratic counterexample range

Refuted in Lean

An exact degree-two classification yields a counterexample range to the conjectured strict upper bound.

Reviewed result / pinned upstream proof

Integer sequences

Chamberland-Dilcher Conjecture 2.1: consecutive zero blocks

Proved in Lean

An explicit construction locates consecutive zero blocks in an alternating sum of floor square roots.

Reviewed result / pinned upstream proof

Combinatorics / integer sequences

Bosma et al. Conjecture 17: the greedy three-sumfree sequence

Proved in Lean

A universal periodic formula characterizes the literal greedy sequence starting from 1, g and g+d.

Reviewed result / pinned upstream proof

Combinatorics on words

Thue-Morse reduced abelian complexity: the odd-length recurrence

Proved in Lean

The number of reduced abelian classes at length 2n+1 equals the count at length n+1, for every nonnegative n.

Reviewed result / pinned upstream proof