| window.BRIDGE_DATA = { |
| "manifest": { |
| "artifact": "HIR/OAM Wardenclyffe Technical Bridge Layer", |
| "version": "v0.1", |
| "run_id": "WARDENCLYFFE-BRIDGE-0A", |
| "created_utc": "2026-06-08T17:55:19Z", |
| "created_and_developed_by": "Collin D. Weber", |
| "public_boundary": { |
| "source_files_included": false, |
| "raw_source_text_included": false, |
| "full_pdf_redistributed": false, |
| "diagram_image_redistributed": false, |
| "derived_metadata_only": true, |
| "claim_scope": "method-note and derived technical bridge layer for bounded public review" |
| }, |
| "honesty_origin_rule": "Honesty is the origin of truth; truth language is downstream of provenance, reproducibility, and correction.", |
| "sources": [ |
| { |
| "source_id": "WARD-GEO-2016", |
| "title": "The Subsurface Mysteries of Wardenclyffe Revealed", |
| "authors": [ |
| "Peter J. Hutchinson", |
| "Alex Balog" |
| ], |
| "publication_context": "IA: The Journal of the Society for Industrial Archeology, 42(1), 2016; pages 55-67", |
| "source_class": "secondary technical / geophysical investigation / industrial archaeology", |
| "use_in_layer": "site topology, tunnel/shaft/footing/geophysical-method atoms, uncertainty boundaries", |
| "sha256": "ad7b1b62f18f74b739e66bb5a05eef0ab20bfb87be83013b51c1549b20766b3b" |
| }, |
| { |
| "source_id": "TESLA-MARTIN-1894", |
| "title": "The Inventions, Researches and Writings of Nikola Tesla", |
| "compiler_author": "Thomas Commerford Martin", |
| "edition": "Second Edition, 1894", |
| "source_class": "technical compilation / primary-adjacent apparatus and lecture record", |
| "use_in_layer": "polyphase systems, rotating magnetic field, high-frequency/high-potential current, oscillator, transformer, induction and apparatus atoms", |
| "sha256": "117720d79e16f92a812a9272cacab135b6467499e9024694929afafdbb1b6348" |
| }, |
| { |
| "source_id": "TESLA-UNIVERSE-EQUIDRIVE", |
| "title": "Diagram of Tesla's Wardenclyffe tower using an equidrive configuration", |
| "source_class": "supplemental web-captured diagram interpretation layer", |
| "use_in_layer": "component vocabulary only: primary, secondary, extra coil, rectifier/corona/plasma, ground interface; not proof", |
| "sha256": "cd1d473ba968c835b5eec1ff206a9ea6e27a97395c1dbf753b25f555d6512eee" |
| } |
| ], |
| "trace_resonance_key": "WTBK-WARDENCLYFFE-BRIDGE-v0.1-SOH1C56BD7D-ATM8A6F5299-EDGEBDA64CAA-SIM5FC2A675-GATE-MIXED" |
| }, |
| "atoms": [ |
| { |
| "atom_id": "WTB-GEO-001", |
| "atom_type": "GEOPHYSICAL_METHOD_STACK", |
| "source_id": "WARD-GEO-2016", |
| "source_location": "pp. 59-60 / Geophysical Methods", |
| "derived_summary": "The investigation used electrical resistivity imaging, frequency-domain electromagnetic terrain conductivity, magnetometer survey, and microgravity survey to examine subsurface Wardenclyffe structures.", |
| "evidence_strength": "HIGH_SOURCE_REPORTED", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Establishes multi-method evidence basis for site topology rather than relying on single-channel interpretation.", |
| "simulator_export": false |
| }, |
| { |
| "atom_id": "WTB-GEO-002", |
| "atom_type": "CENTRAL_SHAFT", |
| "source_id": "WARD-GEO-2016", |
| "source_location": "pp. 57, 62, 66 / shaft and cross-section discussion", |
| "derived_summary": "The site model includes a central shaft beneath the tower, described in the source as deep, timber/brick/cement-lined, later remediated/backfilled in part.", |
| "evidence_strength": "HIGH_SOURCE_REPORTED", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Primary geometry node for site-ground coupling and tunnel topology.", |
| "simulator_export": true, |
| "export_variable": "central_shaft_node" |
| }, |
| { |
| "atom_id": "WTB-GEO-003", |
| "atom_type": "RADIAL_TUNNEL_SET", |
| "source_id": "WARD-GEO-2016", |
| "source_location": "abstract, pp. 62-66 / tunnels and figures 7-10", |
| "derived_summary": "The source reports geophysical evidence for four orthogonally placed radial/exit tunnels associated with the tower base.", |
| "evidence_strength": "HIGH_INTERPRETED_FROM_SURVEY", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Provides orthogonal geometry for topology simulation and possible grounding/standing-wave hypothesis separation.", |
| "simulator_export": true, |
| "export_variable": "radial_tunnel_topology" |
| }, |
| { |
| "atom_id": "WTB-GEO-004", |
| "atom_type": "CONDUIT_TUNNEL_SET", |
| "source_id": "WARD-GEO-2016", |
| "source_location": "pp. 63, 65-66 / east and west conduit tunnels", |
| "derived_summary": "The paper interprets two conduit/support tunnels connecting the laboratory and tower foundation, associated with power, water, air, communication, or mechanical support functions.", |
| "evidence_strength": "HIGH_INTERPRETED_FROM_SURVEY_AND_RECORD", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Separates service-support topology from earth-coupling radial tunnel topology.", |
| "simulator_export": true, |
| "export_variable": "conduit_tunnel_topology" |
| }, |
| { |
| "atom_id": "WTB-GEO-005", |
| "atom_type": "TOWER_FOOTING", |
| "source_id": "WARD-GEO-2016", |
| "source_location": "pp. 60-62 / tower footing and magnetometer map", |
| "derived_summary": "The tower foundation is interpreted as an octagonal footing with significant ferrous infrastructure and granite/concrete elements.", |
| "evidence_strength": "HIGH_SOURCE_REPORTED", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Anchor node for load-bearing structure and ferrous-footing signature.", |
| "simulator_export": true, |
| "export_variable": "tower_footing_node" |
| }, |
| { |
| "atom_id": "WTB-GEO-006", |
| "atom_type": "GROUNDING_SYSTEM", |
| "source_id": "WARD-GEO-2016", |
| "source_location": "p. 57 and p. 66 / grounding rods and cross-section", |
| "derived_summary": "The source describes historical reports of radially placed iron grounding pipes/rods extending from the base region, while noting their presence remains less certain than the tunnel locations.", |
| "evidence_strength": "MEDIUM_HISTORICAL_REPORTED", |
| "gate_status": "YELLOW", |
| "coupling_relevance": "Candidate grounding interface for future simulator variables; must remain uncertainty-labeled.", |
| "simulator_export": true, |
| "export_variable": "grounding_candidate_uncertain" |
| }, |
| { |
| "atom_id": "WTB-GEO-007", |
| "atom_type": "COUPLING_HYPOTHESIS", |
| "source_id": "WARD-GEO-2016", |
| "source_location": "abstract and conclusion", |
| "derived_summary": "The paper frames deeper tunnels as possibly related to increasing earth coupling for grounding and/or initiating standing waves, while leaving full purpose unresolved.", |
| "evidence_strength": "MEDIUM_INTERPRETIVE", |
| "gate_status": "YELLOW", |
| "coupling_relevance": "Permits simulator hypothesis branch, not a proof claim.", |
| "simulator_export": true, |
| "export_variable": "earth_coupling_hypothesis_flag" |
| }, |
| { |
| "atom_id": "WTB-GEO-008", |
| "atom_type": "NON_CLAIM_BOUNDARY", |
| "source_id": "WARD-GEO-2016", |
| "source_location": "p. 66 / conclusion uncertainty", |
| "derived_summary": "The study explicitly does not resolve how Wardenclyffe would have generated or transmitted wireless energy on a global scale.", |
| "evidence_strength": "HIGH_SOURCE_BOUNDARY", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Prevents false closure and free-energy overclaim.", |
| "simulator_export": false |
| }, |
| { |
| "atom_id": "WTB-TES-001", |
| "atom_type": "TECHNICAL_COMPILATION_SCOPE", |
| "source_id": "TESLA-MARTIN-1894", |
| "source_location": "title page, preface, contents", |
| "derived_summary": "The Martin volume is a compiled technical record of Tesla inventions, lectures, writings, diagrams, polyphase systems, high-potential lighting, and high-frequency effects.", |
| "evidence_strength": "HIGH_SOURCE_REPORTED", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Supplies technical apparatus vocabulary and early electrical-system topology.", |
| "simulator_export": false |
| }, |
| { |
| "atom_id": "WTB-TES-002", |
| "atom_type": "ROTATING_FIELD_PRINCIPLE", |
| "source_id": "TESLA-MARTIN-1894", |
| "source_location": "Part I, Ch. II-III; pp. 7-17 in book pagination", |
| "derived_summary": "The corpus describes polyphase alternating-current systems and the progressive shifting/rotation of magnetic poles as a central motor/transformer principle.", |
| "evidence_strength": "HIGH_TECHNICAL_SOURCE", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Technical antecedent for phase-field and dynamic-state mapping; not directly a Wardenclyffe proof.", |
| "simulator_export": true, |
| "export_variable": "phase_shift_field_model" |
| }, |
| { |
| "atom_id": "WTB-TES-003", |
| "atom_type": "PHASE_RELATION", |
| "source_id": "TESLA-MARTIN-1894", |
| "source_location": "Part I, Ch. III; diagrams and sine/cosine relation discussion", |
| "derived_summary": "The source presents phase-offset coil relations and resultant magnetic effects as mathematical/geometric relationships.", |
| "evidence_strength": "HIGH_TECHNICAL_SOURCE", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Candidate abstract transform for simulator phase/coherence variables.", |
| "simulator_export": true, |
| "export_variable": "phase_relation_model" |
| }, |
| { |
| "atom_id": "WTB-TES-004", |
| "atom_type": "HIGH_FREQUENCY_HIGH_POTENTIAL", |
| "source_id": "TESLA-MARTIN-1894", |
| "source_location": "Part II contents: high frequency and high potential currents", |
| "derived_summary": "The volume contains sections on very high frequency, high potential currents, and their experimental applications.", |
| "evidence_strength": "HIGH_SOURCE_REPORTED", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Supports technical vocabulary for input oscillation/frequency bands in later bounded simulators.", |
| "simulator_export": true, |
| "export_variable": "input_frequency_domain" |
| }, |
| { |
| "atom_id": "WTB-TES-005", |
| "atom_type": "OSCILLATOR_SYSTEM", |
| "source_id": "TESLA-MARTIN-1894", |
| "source_location": "Part IV appendix: Tesla mechanical and electrical oscillators", |
| "derived_summary": "The contents include a dedicated appendix section on Tesla mechanical and electrical oscillators.", |
| "evidence_strength": "HIGH_SOURCE_REPORTED", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Supports oscillator-module vocabulary without asserting Wardenclyffe operation.", |
| "simulator_export": true, |
| "export_variable": "oscillator_module_reference" |
| }, |
| { |
| "atom_id": "WTB-TES-006", |
| "atom_type": "APPARATUS_DIAGRAM_LAYER", |
| "source_id": "TESLA-MARTIN-1894", |
| "source_location": "multiple diagrams in Part I and Part II", |
| "derived_summary": "The corpus includes apparatus diagrams showing coil, ring, motor, transformer, and circuit arrangements.", |
| "evidence_strength": "HIGH_SOURCE_REPORTED", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Provides diagram-to-topology mapping source for derived metadata.", |
| "simulator_export": false |
| }, |
| { |
| "atom_id": "WTB-DIA-001", |
| "atom_type": "SUPPLEMENTAL_DIAGRAM_INTERPRETATION", |
| "source_id": "TESLA-UNIVERSE-EQUIDRIVE", |
| "source_location": "saved MHT visual capture", |
| "derived_summary": "The supplemental diagram supplies component labels such as primary, secondary, extra coil, rectifier, corona/plasma region, and ground interface.", |
| "evidence_strength": "MEDIUM_SUPPLEMENTAL_INTERPRETIVE", |
| "gate_status": "YELLOW", |
| "coupling_relevance": "Useful for component vocabulary; not a proof source.", |
| "simulator_export": true, |
| "export_variable": "supplemental_component_labels" |
| }, |
| { |
| "atom_id": "WTB-XBR-001", |
| "atom_type": "BRIDGE_RULE", |
| "source_id": "CROSS-CORPUS", |
| "source_location": "derived method rule", |
| "derived_summary": "A bridge is valid only when technical apparatus concepts and geophysical site structures are connected through explicit source support or clearly labeled hypothesis status.", |
| "evidence_strength": "METHOD_RULE", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Prevents collapsing technical vocabulary and site geometry into unsupported operational claims.", |
| "simulator_export": false |
| }, |
| { |
| "atom_id": "WTB-XBR-002", |
| "atom_type": "SIMULATOR_EXPORT_BOUNDARY", |
| "source_id": "CROSS-CORPUS", |
| "source_location": "derived method rule", |
| "derived_summary": "Simulator variables may export structure, phase, grounding candidates, input oscillation, coupling hypotheses, losses, and gate status; they may not export free-energy proof or completed transmission claims.", |
| "evidence_strength": "METHOD_RULE", |
| "gate_status": "GREEN", |
| "coupling_relevance": "Sets the boundary for Earth-Field Coupling Harness v0.1.", |
| "simulator_export": true, |
| "export_variable": "bounded_export_rules" |
| } |
| ], |
| "edgeRules": { |
| "artifact": "Wardenclyffe Technical Bridge Layer Edge Rules", |
| "version": "v0.1", |
| "edge_types": [ |
| { |
| "edge_type": "STRUCTURE_SUPPORTS_GEOMETRY", |
| "description": "Links geophysical site atoms to spatial topology nodes when supported by survey or map/cross-section.", |
| "default_gate": "GREEN" |
| }, |
| { |
| "edge_type": "TECHNICAL_CONCEPT_SUPPORTS_VARIABLE", |
| "description": "Links Tesla technical apparatus concepts to abstract simulator variables such as phase relation, oscillator input, or transformer topology.", |
| "default_gate": "GREEN" |
| }, |
| { |
| "edge_type": "HYPOTHESIS_BRIDGE", |
| "description": "Links site topology to technical coupling concepts only with explicit uncertainty labeling.", |
| "default_gate": "YELLOW" |
| }, |
| { |
| "edge_type": "NON_CLAIM_GUARD", |
| "description": "Blocks propagation from modeled coupling to free-energy, completed global power, or physical proof claims.", |
| "default_gate": "RED_ON_VIOLATION" |
| } |
| ], |
| "rules": [ |
| "No edge may promote a supplemental diagram above source-bound technical/geophysical evidence.", |
| "No bridge may collapse \u201cpossible purpose\u201d into confirmed operation.", |
| "No simulator export may claim output power without accounted input/loss/environmental source model.", |
| "Truth-language is downstream only; origin layer uses honesty, provenance, boundary, and reproducibility language." |
| ] |
| }, |
| "simulatorExport": { |
| "artifact": "Earth-Field Coupling Harness v0.1 Export Rules", |
| "status": "parking-lot ready / not built in this package", |
| "allowed_exports": [ |
| "tower_footing_node", |
| "central_shaft_node", |
| "radial_tunnel_topology", |
| "conduit_tunnel_topology", |
| "grounding_candidate_uncertain", |
| "phase_shift_field_model", |
| "phase_relation_model", |
| "input_frequency_domain", |
| "oscillator_module_reference", |
| "supplemental_component_labels", |
| "earth_coupling_hypothesis_flag" |
| ], |
| "required_gates": [ |
| "source_hash_present", |
| "atom_gate_status_present", |
| "hypothesis_label_present_for_uncertain_edges", |
| "non_claim_guard_present" |
| ], |
| "blocked_exports": [ |
| "free_energy_claim", |
| "completed_global_wireless_power_claim", |
| "usable_earth_energy_extraction_claim", |
| "identity_or_consciousness_claim", |
| "unbounded_coupling_claim" |
| ] |
| }, |
| "receipt": { |
| "artifact": "HIR/OAM Wardenclyffe Technical Bridge Layer", |
| "version": "v0.1", |
| "run_id": "WARDENCLYFFE-BRIDGE-0A", |
| "created_utc": "2026-06-08T17:55:19Z", |
| "trace_resonance_key": "WTBK-WARDENCLYFFE-BRIDGE-v0.1-SOH1C56BD7D-ATM8A6F5299-EDGEBDA64CAA-SIM5FC2A675-GATE-MIXED", |
| "source_digest": "1c56bd7d76f8423989adfb13fb6cdea5828616ef950a6b6a2b0f819799945390", |
| "atom_digest": "8a6f5299a646afc7d436b8bf48c6bf773ede928180b50d0c9f203f191c774107", |
| "edge_digest": "bda64caac66903a8bcaaaf3a2e8147406b43c814cb6eb995666e4fe3d82dfdee", |
| "simulator_export_digest": "5fc2a675823d033a636c937401ba8f60d281b478b7b3081402c3bf35ad53bc5e", |
| "gate_summary": { |
| "GREEN": 14, |
| "YELLOW": 3, |
| "ORANGE": 0, |
| "RED": 0 |
| }, |
| "boundary": { |
| "source_files_included": false, |
| "raw_source_text_included": false, |
| "full_pdf_redistributed": false, |
| "diagram_image_redistributed": false, |
| "derived_metadata_only": true, |
| "claim_scope": "method-note and derived technical bridge layer for bounded public review" |
| }, |
| "non_claims": [ |
| "No free-energy claim.", |
| "No completed global wireless power claim.", |
| "No proof of usable Earth-field energy extraction.", |
| "No identity capture or person-measurement claim.", |
| "No raw source redistribution." |
| ] |
| } |
| }; |
|
|
