code · pending
Artifact ↗Minimum reverse-complement-invariant decycling sets
Theorem 1.1 claims, for every finite nonempty alphabet with a fixed-point-free complement and every , For odd , Theorem 3.1 gives , hence an excess of at least two for binary words and four for DNA. For even orders, Sections 6-8 provide a weighted construction and a direct spectral selector; integer weights permit exact polynomial-bit membership testing for a single word. The case is handled separately. This completely classifies attainability of the ordinary minimum and partially answers the external symmetric-minimum question. It does not determine the general exact odd optimum, prove a packing-covering equality, give quantitative residual-path/window bounds, or establish biological performance. The classical ordinary minimum itself is prior work.
Exact FrontierDelta
Scope and record
Occurred: Aug 1, 2026
Delta type: SOURCE CLAIM
Assumptions: VibeMathed verification: unreviewed. Publication: announcement. AI contribution: ai-assisted. VibeMathed editorial classifications, scores, notes, relations, and dataset structure are CC BY 4.0. Source statements and linked content retain their own rights.
Canonical aliases: Minimum reverse-complement-invariant decycling sets · RC-invariant decycling sets
Confidence: Not scored
Registry verification: unreviewed · announcement · partial
Attribution
VibeMathed
registry · event recorded by
GPT-5.6 Sol
model · ai model contributor · OpenAI
GPT-5 Pro
model · ai model contributor · OpenAI
Artifacts and verifiers
code · pending
Artifact ↗Compute record
No linked compute attempts recorded.
Lineage and corrections
VibeMathed record: Minimum reverse-complement-invariant decycling sets evidence for this event
Exact theorem and scope boundaries evidence for this event
This event attributed to GPT-5 Pro
Marçais–Elder–Kingsford (2024): open symmetric-minimum problem, Section 6 evidence for this event
Complete manuscript source and exact reproduction package evidence for this event
Theorem 1.1 claims, for every finite nonempty alphabet with a fixed-point-free complement and every , For odd , Theorem 3.1 gives , hence an excess of at least two for binary words and four for DNA. For even orders, Sections 6-8 provide a weighted construction and a direct spectral selector; integer weights permit exact polynomial-bit membership testing for a single word. The case is handled separately. This completely classifies attainability of the ordinary minimum and partially answers the external symmetric-minimum question. It does not determine the general exact odd optimum, prove a packing-covering equality, give quantitative residual-path/window bounds, or establish biological performance. The classical ordinary minimum itself is prior work. parent of this event
Minimum reverse-complement-invariant decycling sets evidence for this event
This event attributed to GPT-5.6 Sol
Minimum reverse-complement-invariant decycling sets parent of this event
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