Every preprint, every in-flight submission, every forthcoming paper across the three-domain research program. Inline PDF preview, primary venue link, mirror links, OSF pre-registrations where applicable.
A 1,430-variant parametric search across the developable roller family identifies the oloid as a local optimum under a seven-oracle physics stack. Two-tier invariant vector resolves four linear metrics clustering at 8×10⁻⁷ and three nonlinear fatigue metrics that diverge sharply — evidence the winning geometry does something irreducible to linear contact mechanics.
Computational verification that Sloan's analytical construction does not yield mono-monostatic bodies under the stated parameterization, followed by an extended construction producing a thirteen-member verified catalog. Each catalog member is independently reproduced from open code.
Engineering evaluation of the thirteen-member mono-monostatic catalog under the same physics oracle stack used in the developable roller study. Contact distribution, Hertz stress, thermal, wear, and fatigue compared across the catalog to identify which members are physically viable as rolling-contact primitives.
Three production hERG QSAR models (Pred-hERG LightGBM/ECFP4, ADMET-AI GNN, admetSAR SVM) are stress-tested on an iboga-alkaloid evaluation set with a pre-registered applicability-domain protocol. Two architecture-specific failure modes emerge: GNN + SVM over-call Blocker on designed safer-scaffold analogs (18-MC, tabernanthalog); LightGBM/ECFP4 under-calls Blocker on natural potent blockers (voacangine, noribogaine = DMX-1001 API). Both failures trace to a shared root cause (binding-vs-blockade dissociation) expressing in opposite directions per architecture. The Pred-hERG noribogaine false-negative is shown to be a white-box consensus-rule failure: the binary sub-model correctly calls Blocker; the deployed consensus rule overrides it via the multiclass + regression sub-models. 8 of 8 pre-registered priors landed within their registered probability ranges on the canonical-SMILES rerun.
Composition, pre-registration, and scoping stage. Each entry tracks the load-bearing gate the paper is currently waiting on.
Pre-registered multi-family cascade analysis across tryptamines + phenethylamines + cathinones (59 compounds). Companion paper to the iboga-alkaloids work; two-headed contribution (empirical data-landscape finding + methodology template family).
Operationalizes the pre-commit + cascade + amendment-of-record + audit-trail-hash-chain discipline as a reusable methodology for cross-domain computational research. Substrate Geometry papers are the worked examples.
Methodology transfer of the parametric-oracle-stack pattern from rigid-body shape classification (Substrate Geometry) to retinal electrode arrays. Second proof-point that the framework generalizes across substantively different scientific domains.
Follow-on paper reporting the specific geometry surfaced by the catalog when the two-tier oracle divergence holds. Either standalone arXiv paper or joint with Beyeler lab depending on collaboration trajectory.
Combined BibTeX file for the full publication list, with APA / MLA / Chicago citation formats per paper. Drop the file into your reference manager (Zotero, BibDesk, Mendeley); the entries use stable arXiv / ADS / ChemRxiv / OSF DOIs.
Slot: generate /public/publications.bib from src/data/papers.json as part of a build step, or drop in manually.
The papers share more than authorship. Each operationalizes the same pre-commit + cascade + amendment-of-record + audit-trail-hash-chain discipline, with cascade dispositions firing automatically against pre-committed thresholds. The methodology paper (forthcoming) enumerates three pre-registration template families with worked examples from this corpus.
See the research-program context