Bugeaud Collection of Conjectures and Open Questions: Fractional Parts of Powers
Waldschmidt [Wal03] conjectured that a stronger result holds, namely that there exists a positive real number~ such that for every~. This is supported by metrical results [Kok45].
Mathematical statement
Waldschmidt [Wal03] conjectured that a stronger result holds, namely that there exists a positive real number~ such that for every~. This is supported by metrical results [Kok45].
Note: the bound equals when for all , while the distance to the nearest integer is always at most , so the conjecture must start at .
Statement source: Books statement material
Statement terms: Source-specific
Source-specific terms. Therefore does not assert reuse rights beyond attributed display.
Statement artifacts, not proofs
These records expose exact Lean propositions and statement-only wrappers. Defining a proposition does not supply a proof of it. A placeholder-bearing target also contains no proof. Elaboration checks syntax and types; it does not certify that a formalization perfectly captures every nuance of the informal problem.
Pinned Lean formulation 1
waldschmidt
theorem waldschmidt : ∃ c : ℝ, 0 < c ∧ ∀ n : ℕ, 2 ≤ n → (n : ℝ) ^ (-c) < distToNearestInt (Real.exp n) := by sorry- Statement source
- Formal Conjectures
- Lean version
- v4.27.0
- Placeholder
- Present; no proof artifact
- Source evidence
- Pinned source index
- Fidelity review
- Community formulation
References