Acknowledgments and citation
Authors and AI disclosure
Paper authors: Le Chen, Ian Ruau and Wenxian Shen. Lean formalization and maintenance: Le Chen, with AI assistance in proofs, audit tooling and documentation. AI assistance is not an independent mathematical authority; the checked types, explicit inputs and stated review boundary determine the claims.
lean-pkg
Developed and verified with lean-pkg (doi:10.5281/zenodo.23272098). lean-pkg keeps the build, axiom and comparator receipts and generates the verification page and coverage table from them.
Auburn University Easley Cluster
This work was completed in part with resources provided by the Auburn University Easley Cluster.
Easley ran an accepted verification gate (full build, owned-declaration axiom audit, negative sorry control and the 108 + 12 comparator slots) during the private development of this companion, on an earlier state of the source. The receipts committed for this public history were produced on a local workstation; see trust and axioms.
Lean and Mathlib
Built on Lean 4 and Mathlib; exact versions are pinned in lean-toolchain and lake-manifest.json.
Related reusable libraries
These standalone packages have their own APIs, receipts and releases. The companion currently retains its existing checked source rather than changing dependency identities during publication.
How to cite
Cite the software with CITATION.cff, and the paper:
@misc{chen_ruau_shen_2026_chemotaxis_iii,
author = {Chen, Le and Ruau, Ian and Shen, Wenxian},
title = {Chemotaxis models with signal-dependent sensitivity and a logistic-type source, III: Bifurcation and spike-like solutions},
eprint = {2610.20976},
archivePrefix = {arXiv},
primaryClass = {math.AP},
year = {2026}
}
- Manuscript source and PDF, in this repository’s
manuscript/folder. - arXiv:2610.20976v2, October 23, 2026: the version the coverage map and scope ledger target. Its source has SHA-256
0907a3b4dd79a158374d51caa3aebc9a8ddd3fd12bdcc09af0d53ab4b44d2948. - The scopes were first reviewed against the October 20, 2026 source (SHA-256
545c93f8dc375ca9c57547e1cb6a28b8c47209da9ee6c77e42e60884e44ccaae), which has the same theorem and equation numbering; see manuscript versions.