Problem packetResearch packetR75
Find an integer recurrence or a vanishing counterexample
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The recorded evidence grade has no defined assessment here. The outcome applies to this attempt's recorded scope.
Attempt outcome: open strategy
Recorded scope: No scope is recorded.
Originating problem: Nonvanishing of Baum-Sweet Hankel determinants
Authored record and scope
- Authored title
- Find an integer recurrence or a vanishing counterexample
- Record type
- attempt
- Stored status
- open_strategy
- Evidence grade
- proposed
Work and source credit
- Recorded action
No action description supplied.
- Authored result summary
The next search starts at order 5,000, while a proof must control even nonzero determinants as well as odd ones.
- Reported outcome
No separate outcome supplied.
- Recorded status
open_strategy
- Recorded evidence grade
proposed
- Recorded scope
No explicit scope supplied.
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2Authored explanation
Finite-field parity formulas cannot prove this claim because many of the integer determinants are even. A useful route would derive a recurrence for the integer leading minors from the 2-kernel of the sequence. A counterexample search should retain code and begin at \(n=5000\).
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3Outcome
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Verification source: doi.org ↗, Mills and Robbins, Continued fractions for certain algebraic power series, Journal of Number Theory 23 (1986), pages 388-404
4How it connects
Uses
- artifact
Recorded for
- problem
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Machine-readable record
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"body": "Finite-field parity formulas cannot prove this claim because many of the integer determinants are even. A useful route would derive a recurrence for the integer leading minors from the 2-kernel of the sequence. A counterexample search should retain code and begin at \\(n=5000\\).",
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"locator": "Mills and Robbins, Continued fractions for certain algebraic power series, Journal of Number Theory 23 (1986), pages 388-404"
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}6Provenance
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