Select an object to inspect its provenience and custody chain.
Excavation context · chronology · custody · argument limits
Archaeology, Artifacts & Material Culture Laboratory
One unified material-culture laboratory now houses the controlled corpus’s sites, strata, objects, inscriptions, coins, seals, manuscripts-as-objects, scientific indices, and synthesis tools: site, stratum, settlement survey, demographic modeling, built-environment phasing, funerary context, metrological context, functional/use-wear reconstruction, visual-culture context, object provenance, and a searchable routing directory for all 276 canonical scientific records. Argument decomposition and claim provenance are routed to the Source, Evidence, and Publication Workbench. Evidence form, measurement, chronology, interpretation, and biblical correlation remain analytically separate.
Unified workspace: Artifacts & Objects now focuses on discrete objects, epigraphy, manuscripts-as-objects, media, comparison, provenance, source audit, and exclusions. Specialized analytical workbenches are peer sections of this laboratory rather than nested inside the artifact browser.
Objects · epigraphy · manuscripts-as-objects · provenance · historical interpretation
Artifacts & Objects
The former Artifacts & Objects workbench now lives inside this laboratory. Move from an artifact dossier to the exact physical line: inspect synchronized photographs or study facsimiles, original-language text, transliteration, translation, commentary, source attribution, and explicit editorial uncertainty.
Research architecture
Research workbench
The workbench provides line-addressable epigraphy, manuscript reading units, formal media records, deep zoom, synchronized selection, visual enhancement controls, rights metadata, stable line links, and epigraphic exports.
Interpretive discipline
Six artifact relationships — not six artifact types
Artifact relationship describes what an object can contribute to a historical question. It is not a claim-level Evidence Status Ledger judgment and does not replace separate judgments about authenticity, provenance, dating, reading, or identification.
Curated pathways
Research exhibitions
Open a historically organized collection to evaluate what several artifacts establish together—and where the cumulative case still stops.
More filters and workbench actions
Workbench results
Complete artifact corpus
No artifacts match the current filters.
Agenda Item 2 · relational foundation
Artifact evidence graph
Connect each object to the archaeological and historical records that actually support it. Site-level context is kept separate from exact locus/stratum linkage so missing excavation precision stays visible.
Source-completion queue
Highest-priority records
Object history · excavation context · custody · reconstruction
Provenance & custody registry
Provenance now lives with the objects it qualifies. Every Artifacts & Objects record carries a chain that keeps archaeological provenience, later ownership/custody, restoration or reconstruction, and unresolved gaps separate. Higher-risk market, unknown-context, reconstructed, and mixed-corpus records retain expanded chains.
Source transparency
Research coverage and unresolved source work
The Gallery distinguishes documented source coverage from missing technical editions, excavation reports, independent studies, and lawfully reusable media.
Open prioritized source-gap register
Credibility guardrail
Real objects, disputed claims, and exclusions
Genuine objects, alleged inscriptions, modern forgeries, and sensational identifications are kept separate from the normal research corpus when their evidentiary status does not justify ordinary inclusion.
Open the excluded and quarantined claims register
Coins as dated political documents
Numismatics Workbench
Inspect rulers, mints, denominations, metals, legends, iconography, circulation and archaeological deposition without turning every biblical money reference into a named modern coin type.
Nine numismatic firewalls
Seals as administrative technologies
Sigillography Workbench
Inspect personal seals, clay bullae, fiscal sealings, jar-stamp systems, office titles, glyptic iconography and authenticity disputes without treating every matching biblical name as a confirmed individual.
Nine sigillographic firewalls
Measurement as material technology
Weights, Measures & Metrology Workbench
Compare scale weights, named denominations, capacity inscriptions and linear standards while keeping measured value, inscription, calibration, archaeological context, textual terminology and modern conversion separate.
Ten metrological firewalls
Images as historical evidence
Iconography & Visual Culture Workbench
Compare reliefs, figurines, pottery images, royal emblems, coins, graffiti, mosaics and painted biblical scenes through medium, subject, motif, patronage, context and function—without treating ancient art as documentary photography.
Eleven iconographic firewalls
Comparative motif network
Related motifs across regions and centuries
Explore recurring visual forms and themes without turning resemblance into an automatic borrowing claim. A network edge means compare these records, not “this image descended from that one.”
Regional pattern before population number
Settlement Archaeology, Survey & Demography
This workbench asks where people lived, how settlement systems changed, and what demographic inferences are justified. It does not turn survey dots or occupied hectares into fake census precision.
Seven demographic firewalls
Fabric before attribution
Architecture & Built Environment
This workbench separates excavated fabric, phase sequence, reconstruction, function and historical attribution. A six-chambered gate is not automatically “Solomonic,” and a first-century house is not automatically a named person’s home.
Eight built-environment firewalls
Assemblages before labels
Ceramic Typology & Assemblage Analysis
Pottery is one of archaeology’s most powerful relative-chronology tools, but only when vessel type, whole-assemblage composition, stratigraphy, provenance and absolute dating are kept separate.
Eight ceramic firewalls
Source-controlled seriation laboratory
Compare two or three ceramic-bearing strata
Phase cells are populated only when the current source corpus supports an explicit ceramic observation. Blank cells mean not encoded, never automatic absence.
Seriation boundary: qualitative states such as “appears,” “characteristic,” and “increasing” are shown only where the source record supports them. The workbench never converts prose into invented percentages. When exact percentages are published, they appear separately below with their original denominator and counting protocol. Cross-site first/last appearances remain local observations, not universal calendar boundaries.
Quantified assemblage register
These are the current project records with explicit corpus-size counts. Counts and proportions are kept separate.
Measured ceramic frequency
Quantified abundance curves
Only explicit published percentages are plotted. Every view exposes its denominator, counting protocol, and comparison boundary so qualitative trends never masquerade as measurements.
Context before identity
Funerary Archaeology & Mortuary Practice
Trace tomb architecture, cemetery organization, primary and secondary burial, tomb reuse, burial demographics, grave-good association and human-remains science without turning a real tomb into a named biblical person by proximity alone.
Twelve mortuary firewalls
Microscopic traces · motion · hafting · maintenance · reuse
Use-Wear & Functional Archaeology
Reconstruct what tools actually did by separating morphology, trace formation, experiment, context and historical interpretation. Biblical-period cases are prioritized; older Levantine studies are retained only where they provide methodological controls or technological background.
Twelve functional-archaeology firewalls
Reference collections · replication · calibration
Experimental Reference Register
Experiments are exposed as their own evidence layer. They show which actions can reproduce observed traces, which variables were controlled, and where analogy stops.
Cross-lane reconstruction · dependencies exposed
Activity & Economy Synthesis
Ask process-level questions across existing evidence lanes without turning several contextual signals into one oversized proof. Every linked record remains owned by its original workbench and keeps its original chronology, source base and interpretive boundary.
Ten synthesis firewalls
One place · many phases · evidence kept separate
Integrated Site Synthesis
Read major sites as changing historical systems rather than piles of disconnected cards. Each dossier exposes evidence density, phase sequence, convergences, live tensions and gaps, while every record still routes back to its original workbench.
Eleven site-synthesis firewalls
One horizon · many sites · dependencies exposed
Historical Event & Horizon Synthesis
Read major historical transformations across sites and evidence families without turning a chronological grouping into a single “super-event.” Every timeline anchor, material record, canonical scientific record and derived synthesis remains independently owned and dated.
Eleven horizon-synthesis firewalls
Cross-disciplinary science directory
276 canonical scientific records · one source of truth
The timeline scientific layers own the records themselves. This directory stores routing plus an archaeological context crosswalk, so each canonical scientific record can be traced through artifact/object, sample/target, locus, stratum, controlled site phase, site, and related timeline event wherever the corpus actually encodes that precision. Unresolved levels remain visibly “not indexed” rather than being inferred from chronology.
Canonical site-centered archaeology workspace
Site Index
Browse archaeological sites and open the complete dossier in the same workspace. Each site record combines excavation scope, indexed evidence, research questions, linked analytical workbenches, source coverage, and related place-scale complexes formerly kept in a separate Site Index.
Canonical dossiers absorb related site-scale complexes; standalone complex records remain searchable here.
Local stratigraphy before historical synchronization
Stratigraphic sequence laboratory
Compare multiple sites while preserving every controlled local stratigraphic column registered for each site. The workspace exposes additional comparison slots on wider screens (up to eight sites) and falls back to internal horizontal scrolling when the selected controlled columns exceed the readable viewport. The default Column View places every controlled sequence on one modeled vertical calendar axis: youngest phases at the top, oldest at the bottom. Occupation phases appear as continuous duration blocks, destruction/damage horizons as point-event bands, and hiatuses, fills, sealing, erosion/truncation, construction/rebuild, clearance, reuse, terracing, and abandonment as distinct formation-process overlays. Matrix View remains available for exact row-by-row auditing.
Date-alignment rule: shared vertical position represents modeled calendar date, with youngest at the top and oldest at the bottom. Vertical thickness represents modeled duration, not physical sediment thickness. Empty space does not by itself prove abandonment. Only explicit registered crosswalks may be drawn between columns; date overlap alone is not stratigraphic synchronism or shared causation. Matrix View preserves the older row-based audit with N/A cells where no controlled phase is registered.
Select a site to inspect explicit area-to-area synchronization controls. Calendar overlap by itself is never treated as an equivalence.
Select an occupation phase, destruction/damage horizon, formation-process row, or synchronization relation to inspect its evidence, source scope, and interpretive boundaries.
Radiocarbon 2.25 · determination → material/context control → cleaned aggregate → archaeological horizon
Radiocarbon laboratory
Inspect individual determinations where the published table is recoverable, including replicate/sample agreement, old-wood and residuality risk, Bayesian/aggregate outputs, calibration assumptions, and exact stratigraphic placement. Transition series remain site-specific rather than being synchronized merely because their calibrated ranges overlap; statistical outliers, intrusive material, old-wood risk, short-lived controls, and local stratigraphic labels remain visible instead of being filtered away.
Calibration firewall: published calibrated ranges are reproduced using the curve/software reported by the source. This interface does not silently recalibrate legacy determinations onto IntCal20 or replace published Bayesian assumptions.
Research discipline
Method and bibliography
A site, object, inscription, radiocarbon range, and biblical correlation are not treated as interchangeable evidence categories.
Core archaeological distinctions
Supporting bibliography
Reproducible research exports
Research datasets
Site dossiers JSONSite dashboard audit JSONSite context-binding auditStratigraphy JSONStratigraphy integrity auditStratigraphy synchronization crosswalkStratigraphy formation-process JSONStratigraphy chronology linksRadiocarbon JSONRadiocarbon determinations JSONRadiocarbon models JSONRadiocarbon audit JSONConquest-window regional synthesisNeo-Assyrian destruction anchor suiteAssyrian archaeomagnetic anchorsLachish LC08 magnetic tableHazor + Megiddo 732 magnetic tableVaknin 2022 campaign-study registryArtifact provenance & custody JSONArtifact provenance & custody CSVConstituent objects JSONConstituent objects CSVHigh-risk provenance CSVScience directory JSONArtifact-form index CSVSettlement & demography JSONSettlement index CSVBuilt environment JSONArchitecture index CSVCeramic typology JSONCeramic index CSVMetrology JSONMetrology index CSVActivity & economy synthesis JSONSynthesis index CSV