{ "article": "
\n

Introduction

\n

Some simulation ideas try to become testable.

\n

A simulation hypothesis can sound like unfalsifiable speculation, but some proposals look for possible artifacts: lattice patterns, directional effects, or limits that might show reality running on a deeper computational grid. Most such ideas are highly speculative. Still, the important datum is that some simulation models try to make contact with observation rather than remain pure imagination.

\n
\n
\n

Why it matters

\n

It explains why lattice tests matter for simulationism.

\n
\n
\n

What this does not mean

\n

It does not mean evidence for a cosmic computer has been found.

\n
\n
\n

How it pressures the map

\n

It gives simulationism a small testability point while keeping the evidential status weak.

\n
\n
\n

Go deeper

\n

The Full Dossier weighs anisotropy, lattice artifacts, model assumptions, and null results.

\n
\n
\n
\n\n
Observation
\n
\n

With Numerical lattice signatures proposals, the Signal steps outside Christian claims long enough to ask what another worldview explains well. The comparison starts here: Proposals to detect lattice artifacts (e.g., anisotropy) illustrate testability of some simulation models. Read it charitably and critically at the same time, because fair comparison requires both sympathy and clear edges. Because this row is unweighted or contextual, its job is to orient the reader rather than to push the totals by itself.

\n

The basic idea is simple: Proposals to detect lattice artifacts (e.g., anisotropy) illustrate testability of some simulation models. That is the thing to notice before the technical labels and numbers arrive.

\n

Comparator rows keep the other voices in the room. The point is not to flatten every tradition into a caricature, but to ask what each one actually explains, where it presses Christianity, and where it has pressure of its own.

\n

There may be no score attached yet. That is fine: some rows are here to explain the map, preserve context, or wait for better source work before they are weighed.

\n\n

Proposals to detect lattice artifacts (e.g., anisotropy) illustrate testability of some simulation models.

\n
\n\n
Background / Context
\n
\n

Read this as worldview comparator evidence. Its category path is Worldviews / Simulationism / Simulation / Information, which helps set expectations for what kind of question this row can answer.

\n
\n\n
Relevance to the Worldview Contest
\n
\n

This matters because explanations have habits. Some worlds make this clue feel ordinary; others have to work harder to account for it. The Signal tracks that difference without pretending that one row can settle the whole journey.

\n
\n\n
Competing Explanations
\n
\n

No active scored hypothesis is assigned. Treat this as contextual or pending calibration until governance says otherwise.

\n
\n\n
Bayesian Meaning
\n
\n

This item currently has no active Bayes factors. Its value is explanatory, contextual, or pending further article/source/hypothesis-seat work.

\n
\n\n
Caveats
\n
\n\n
\n\n
Citations / Primary Sources
\n
\n

Use the citation list attached to this evidence item for source audit. No additional publication details are implied beyond those existing citations.

\n
", "axioms": [ "A3" ], "bayes_factors": {}, "category": "Simulationism", "citations": [ "Beane, S. et al. (2012). Constraints on the Universe as a Numerical Simulation.", "Hsu, S. (2018). On testing the simulation hypothesis (overview)." ], "counts_in_cache": true, "evidence_id": "E-SIM-LATTICE-TESTS", "visual_asset": { "src": "assets/evidence-viewer/evidence-images/numerical-lattice-signatures-overview.png", "title": "Numerical Lattice Signatures Overview visual overview", "alt": "Numerical Lattice Signatures Overview visual overview for Numerical lattice signatures proposals. AI-generated conceptual visualization - illustrates a simulation-related rival or cautionary claim inside a Christian evidence map. Not a statement of final endorsement.", "caption": "AI-generated conceptual visualization - illustrates a simulation-related rival or cautionary claim inside a Christian evidence map. Not a statement of final endorsement.", "width": 1448, "height": 1086 }, "major_category": "Worldviews", "metadata": { "category": "Simulationism", "last_updated": "2026-05-01", "major_category": "Worldviews", "rev": 2, "sub_category": "Simulation / Information", "disposition_status": "needs_hypothesis_seat", "disposition_note": "Batch 2 cleanup: simulation lattice-test proposals need a simulation/information hypothesis seat or explicit unweighted treatment. Do not use H-IDEALISM, H-GOD, H-GOD-OT, or H-DEISM as sloppy proxies. Active neutral placeholder refs/BFs were cleared.", "scoring_note": "Batch 2 source/article cleanup; no non-neutral Bayes factors applied.", "legacy_bayes_factors_status": "archived_not_runtime_scored", "legacy_bayes_factors_note": "Legacy Bayes factors are retained for audit history only. Runtime scoring uses the active bayes_factors field.", "legacy_bayes_factors_reviewed": "2026-05-17", "dependency_cluster_id": "simulationism_rival_case", "dependency_cluster_label": "Simulationism rival case", "dependency_cluster_role": "context_summary", "dependency_weight_class": "unweighted_context", "cap_eligible": false, "cap_exempt_reason": "context_row_unweighted", "cap_family": "world_religion_rival_pressure", "cap_notes": "This row provides unweighted world-religion/rival context and does not add independent BF on top of scored rows.", "evidence_function": "unweighted_explanatory", "directness": "explanatory_only", "dependency_cluster": "simulationism_rival_case", "dependency_role": "context_summary", "cap_profile": "manual_review", "counts_as_direct_resurrection": false, "counts_as_direct_christ_identity": false, "counts_as_direct_logos_synthesis": false }, "sub_category": "Simulation / Information", "summary": "Datum: some simulation models propose testable lattice-like artifacts such as anisotropy or discretization signatures.", "tags": [ "Simulation", "Information" ], "title": "Numerical lattice signatures proposals", "type": "atomic", "hypothesis_ref": [], "legacy_bayes_factors": { "H-ABS-PLATON": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ABS-STRUCT": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ABSTRACT": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ALT-AUTH-DISP": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ALT-IMPOSTER": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ALT-SPIRITUAL": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ALT-THEFT": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ALT-UNKNOWN": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ALT-WRONG-TOMB": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-BUD-MAHAY": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-BUD-THERA": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-CHR-LOGOS": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-GOD-ISLAM": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-GOD-PHIL": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-HIN-ADVAITA": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-HIN-DVAITA": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ID-MESSIAH-NOT-DIVINE": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ID-PROPHET-ONLY": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-ID-SAGE": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-IDEAL-ABS": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-NAT": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-NAT-EMERG": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-NAT-MULTI": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-NAT-PHYS": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-NEWAGE": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-NEWAGE-GEN": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-OTHER": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-PANPSYCH": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-REL-BUD": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-REL-HIN": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-RES": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-SIM": { "bayes_factor_original": 0.1, "bf_max": 0.25, "bf_min": -0.04999999999999999, "log10BF": 0.1, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." }, "H-SIM-BASE": { "bayes_factor_original": 0, "bf_max": 0.15, "bf_min": -0.15, "log10BF": 0, "rationale": "Calibrated for Stage‑1 coherence: conservative weight to avoid double counting; sources and assumptions noted." } }, "last_updated": "2026-05-01T00:00:00Z", "status": "v2", "bf_status": "needs_bf", "disposition_status": "needs_hypothesis_seat", "disposition_note": "Batch 2 cleanup: simulation lattice-test proposals need a simulation/information hypothesis seat or explicit unweighted treatment. Do not use H-IDEALISM, H-GOD, H-GOD-OT, or H-DEISM as sloppy proxies. Active neutral placeholder refs/BFs were cleared.", "scoring_note": "Batch 2 source/article cleanup; no non-neutral Bayes factors applied.", "cluster_note": "Simulation/information seat deferred: do not proxy-score this row under H-IDEALISM, H-GOD, or H-DEISM until a dedicated simulation/information hypothesis seat is approved.", "counter_pressure": { "title": "Numerical lattice signatures proposals is context, not an extra scored proof.", "text": "This row helps readers understand the simulationism rival case family, but it should not be treated as independent BF pressure on top of its child or sibling rows. Simulation arguments can shift the question upward rather than answer it.", "path": "Use it to orient the question and then move to the scored rows that carry the evidential weight. Use it to ask what explains the simulator, the laws, and the moral-personal field." } }