v0.2.0-candidate — unbounded BNS component orbits

Release notes

v0.2.0-candidate — reviewed successor

• Corrects the description of the JKS fixed-rank epimorphism-orbit problem and
  aligns the AIM citation with its undated bibliographic status.
• Makes the conjugacy-length growth convention, based automorphism, integral
  character lattice, and primitive minimizer coordinates explicit.
• Adds an $m=2$ graph-of-spaces schematic, an oriented-square sign derivation,
  and a compact Cashen–Levitt comparison table.
• Records replay outcomes by assurance dimension, adds Mutanguha as contextual
  growth literature, and states the exact orbit count as an open problem.
• Labels the Traditional Chinese abstract as linguistically unassessed and
  retains accessible Markdown because the PDF remains untagged.
• Records the bounded R2 confirmation: the documented wrapper and 8/8
  component gates pass read-only, with no scientific-byte drift and no
  unresolved P0/P1 finding.
• Binds the candidate to the public repository and reserved version DOI
  10.5281/zenodo.22201487; immutable release and deposit readback follow as
  publication operations without changing the theorem.
• Preserves the theorem, lower-bound wording, Cashen–Levitt dependency,
  bounded novelty conclusion, and unrefereed assurance ceiling.

The repository and reserved DOI are recorded above. GitHub release, published
Zenodo record, and Evidence Press identities are reported only after their
corresponding readback gates pass.

v0.1.0-candidate — prepare-only

• Introduces the weighted-chord graph family Gamma_m for every m >= 2.
• Proves b1(G_m)=m+2 and identifies exactly 2m+2 BNS components.
• Derives the family-specific kernel-rank formula directly from Bass–Serre
  theory.
• Computes pairwise distinct antipodal component minima and proves an
  m+1 lower bound on Out(G_m)-orbits.
• Adds exact Python replay, a same-producer language-separated JavaScript
  reconstruction, eight certificate and claim-boundary controls, synchronized
  bilingual manuscript sources, and a PDF.
• Separates read-only recipient verification from author-only rebuilding and
  sealing, and records the producer-only scope of byte-identical PDF builds.
• Incorporates five frozen-hash internal reviews and a focused repair
  confirmation; these are not external or independent review.
• Records Cashen–Levitt Example 5.13 as closest located prior construction
  and makes no historical-priority claim.

This version is a local, unrefereed candidate package. It is not a public
release and has no DOI.