{
  "name": "WildBionics knowledge graph",
  "url": "https://wildbionics.com/graph.json",
  "license": "https://creativecommons.org/licenses/by-sa/4.0/",
  "generated": "2026-11-08T17:50:46+01:00",
  "languages": ["en","de"],
  "nodes": [
    {"id": "dim:time", "type": "dimension", "dim": "time", "label": { "en": "Time", "de": "Zeit" } },
    {"id": "dim:space", "type": "dimension", "dim": "space", "label": { "en": "Space", "de": "Raum" } },
    {"id": "dim:physics", "type": "dimension", "dim": "physics", "label": { "en": "Rules", "de": "Regeln" } },
    {"id": "dim:adjacent_sciences", "type": "dimension", "dim": "adjacent_sciences", "label": { "en": "Adjacent sciences", "de": "Nachbarwissenschaften" } },
    {"id": "term:big-bang", "type": "term", "dim": "time", "order": 10, "used": false, "label": { "en": "Big Bang", "de": "Urknall" } },
    {"id": "term:archean", "type": "term", "dim": "time", "order": 20, "used": true, "label": { "en": "Archean", "de": "Archaikum" } },
    {"id": "term:proterozoic", "type": "term", "dim": "time", "order": 25, "used": true, "label": { "en": "Proterozoic", "de": "Proterozoikum" } },
    {"id": "term:cambrian", "type": "term", "dim": "time", "order": 30, "used": false, "label": { "en": "Cambrian", "de": "Kambrium" } },
    {"id": "term:mesozoic", "type": "term", "dim": "time", "order": 40, "used": true, "label": { "en": "Mesozoic", "de": "Erdmittelalter" } },
    {"id": "term:cenozoic", "type": "term", "dim": "time", "order": 50, "used": true, "label": { "en": "Cenozoic", "de": "Känozoikum" } },
    {"id": "term:pleistocene", "type": "term", "dim": "time", "order": 60, "used": true, "label": { "en": "Pleistocene", "de": "Pleistozän" } },
    {"id": "term:modern-era", "type": "term", "dim": "time", "order": 70, "used": true, "label": { "en": "Modern era", "de": "Neuzeit" } },
    {"id": "term:age-of-ai", "type": "term", "dim": "time", "order": 80, "used": true, "label": { "en": "Age of AI", "de": "KI-Zeitalter" } },
    {"id": "term:future-scenarios", "type": "term", "dim": "time", "order": 90, "used": false, "label": { "en": "Future scenarios", "de": "Zukunftsszenarien" } },
    {"id": "term:atmosphere", "type": "term", "dim": "space", "used": true, "label": { "en": "Atmosphere", "de": "Atmosphäre" } },
    {"id": "term:ocean", "type": "term", "dim": "space", "used": true, "label": { "en": "Oceans", "de": "Ozeane" } },
    {"id": "term:coastal", "type": "term", "dim": "space", "used": true, "label": { "en": "Coasts", "de": "Küsten" } },
    {"id": "term:coral-reef", "type": "term", "dim": "space", "used": true, "label": { "en": "Coral reefs", "de": "Korallenriffe" } },
    {"id": "term:seagrass", "type": "term", "dim": "space", "used": true, "label": { "en": "Seagrass meadows", "de": "Seegraswiesen" } },
    {"id": "term:forest", "type": "term", "dim": "space", "used": true, "label": { "en": "Forests", "de": "Wälder" } },
    {"id": "term:urban", "type": "term", "dim": "space", "used": true, "label": { "en": "Cities", "de": "Städte" } },
    {"id": "term:lab", "type": "term", "dim": "space", "used": true, "label": { "en": "Laboratory", "de": "Labor" } },
    {"id": "term:microcosm", "type": "term", "dim": "space", "used": true, "label": { "en": "Microcosm", "de": "Mikrokosmos" } },
    {"id": "term:outer-space", "type": "term", "dim": "space", "used": true, "label": { "en": "Outer space", "de": "Weltraum" } },
    {"id": "term:wetland", "type": "term", "dim": "space", "used": true, "label": { "en": "Wetlands", "de": "Feuchtgebiete" } },
    {"id": "term:freshwater", "type": "term", "dim": "space", "used": true, "label": { "en": "Rivers and lakes", "de": "Flüsse und Seen" } },
    {"id": "term:mechanics", "type": "term", "dim": "physics", "used": true, "label": { "en": "Mechanics", "de": "Mechanik" } },
    {"id": "term:fluid-dynamics", "type": "term", "dim": "physics", "used": true, "label": { "en": "Fluid dynamics", "de": "Strömungsmechanik" } },
    {"id": "term:thermodynamics", "type": "term", "dim": "physics", "used": true, "label": { "en": "Thermodynamics", "de": "Thermodynamik" } },
    {"id": "term:acoustics", "type": "term", "dim": "physics", "used": true, "label": { "en": "Acoustics", "de": "Akustik" } },
    {"id": "term:optics", "type": "term", "dim": "physics", "used": true, "label": { "en": "Optics", "de": "Optik" } },
    {"id": "term:electromagnetism", "type": "term", "dim": "physics", "used": true, "label": { "en": "Electromagnetism", "de": "Elektromagnetismus" } },
    {"id": "term:quantum-mechanics", "type": "term", "dim": "physics", "used": true, "label": { "en": "Quantum mechanics", "de": "Quantenmechanik" } },
    {"id": "term:biology", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Biology", "de": "Biologie" } },
    {"id": "term:chemistry", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Chemistry", "de": "Chemie" } },
    {"id": "term:mathematics", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Mathematics", "de": "Mathematik" } },
    {"id": "term:computer-science", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Computer science", "de": "Informatik" } },
    {"id": "term:artificial-intelligence", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Artificial intelligence", "de": "Künstliche Intelligenz" } },
    {"id": "term:physical-ai", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Physical AI", "de": "Physical AI" } },
    {"id": "term:robotics", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Robotics", "de": "Robotik" } },
    {"id": "term:medical-technology", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Medical technology", "de": "Medizintechnik" } },
    {"id": "term:materials-science", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Materials science", "de": "Materialwissenschaft" } },
    {"id": "term:bionics", "type": "term", "dim": "adjacent_sciences", "used": true, "label": { "en": "Bionics", "de": "Bionik" } },
    {"id": "being:pistol-shrimp", "type": "being", "taxon": "Alpheidae", "wikidata": "Q311534", "label": { "en": "Pistol shrimp", "de": "Knallkrebs" } },
    {"id": "being:tokay-gecko", "type": "being", "taxon": "Gekko gecko", "wikidata": "Q331213", "label": { "en": "Tokay gecko", "de": "Tokeh" } },
    {"id": "being:big-brown-bat", "type": "being", "taxon": "Eptesicus fuscus", "wikidata": "Q301254", "label": { "en": "Big brown bat", "de": "Große Braune Fledermaus" } },
    {"id": "being:tiger-moth", "type": "being", "taxon": "Bertholdia trigona", "wikidata": "Q13403125", "label": { "en": "Tiger moth", "de": "Bärenspinner" } },
    {"id": "being:sacred-lotus", "type": "being", "taxon": "Nelumbo nucifera", "wikidata": "Q16528", "label": { "en": "Sacred lotus", "de": "Indische Lotosblume" } },
    {"id": "being:water-strider", "type": "being", "taxon": "Gerridae", "wikidata": "Q270322", "label": { "en": "Water strider", "de": "Wasserläufer" } },
    {"id": "being:domestic-cat", "type": "being", "taxon": "Felis catus", "wikidata": "Q146", "label": { "en": "Domestic cat", "de": "Hauskatze" } },
    {"id": "being:cyanobacteria", "type": "being", "taxon": "Cyanobacteriota", "wikidata": "Q25577567", "label": { "en": "Cyanobacteria", "de": "Cyanobakterien" } },
    {"id": "being:e-coli", "type": "being", "taxon": "Escherichia coli", "wikidata": "Q25419", "label": { "en": "E. coli", "de": "Kolibakterium" } },
    {"id": "being:honey-bee", "type": "being", "taxon": "Apis mellifera", "wikidata": "Q30034", "label": { "en": "Honeybee", "de": "Honigbiene" } },
    {"id": "being:fruit-fly", "type": "being", "taxon": "Drosophila melanogaster", "wikidata": "Q130888", "label": { "en": "Fruit fly", "de": "Taufliege" } },
    {"id": "being:european-robin", "type": "being", "taxon": "Erithacus rubecula", "wikidata": "Q25334", "label": { "en": "European robin", "de": "Rotkehlchen" } },
    {"id": "being:human", "type": "being", "taxon": "Homo sapiens", "wikidata": "Q15978631", "label": { "en": "Human", "de": "Mensch" } },
    {"id": "being:t-rex", "type": "being", "taxon": "Tyrannosaurus rex", "wikidata": "Q13098211", "label": { "en": "Tyrannosaurus rex", "de": "Tyrannosaurus rex" } },
    {"id": "being:smilodon", "type": "being", "taxon": "Smilodon fatalis", "wikidata": "Q1956565", "label": { "en": "Sabre-toothed cat", "de": "Säbelzahnkatze" } },
    {"id": "being:electric-eel", "type": "being", "taxon": "Electrophorus", "wikidata": "Q18926800", "label": { "en": "Electric eel", "de": "Zitteraal" } },
    {"id": "thought-experiment:schroedingers-cat", "type": "thought-experiment", "author": "Erwin Schrödinger", "year": 1935, "wikidata": "Q8588", "label": { "en": "Schrödinger's cat", "de": "Schrödingers Katze" } },
    {"id": "article:pistol-shrimp-cavitation", "type": "article", "date": "2026-09-26", "label": { "de": "Knallkrebs & Kavitation", "en": "Pistol shrimp & cavitation" }, "title": { "de": "Der Knallkrebs und die Physik der Kavitation", "en": "The Pistol Shrimp and the Physics of Cavitation" }, "url": { "de": "https://wildbionics.com/de/artikel/knallkrebs-kavitation/", "en": "https://wildbionics.com/articles/pistol-shrimp-cavitation/" } },
    {"id": "article:gecko-adhesion", "type": "article", "date": "2026-09-27", "label": { "de": "Gecko-Haftung", "en": "Gecko adhesion" }, "title": { "de": "Wie Geckos an Wänden haften: Van-der-Waals-Kräfte", "en": "How Geckos Stick to Walls: van der Waals Forces" }, "url": { "de": "https://wildbionics.com/de/artikel/gecko-haftung/", "en": "https://wildbionics.com/articles/gecko-adhesion/" } },
    {"id": "article:bat-echolocation", "type": "article", "date": "2026-09-28", "label": { "de": "Echoortung der Fledermäuse", "en": "Bat echolocation" }, "title": { "de": "Wie Fledermäuse mit Schall sehen: Echoortung erklärt", "en": "How Bats See with Sound: Echolocation Explained" }, "url": { "de": "https://wildbionics.com/de/artikel/echoortung-fledermaeuse/", "en": "https://wildbionics.com/articles/bat-echolocation/" } },
    {"id": "article:cat-righting", "type": "article", "date": "2026-09-28", "label": { "de": "Stellreflex der Katze", "en": "Cat righting reflex" }, "title": { "de": "Wie Katzen auf den Füßen landen: der Drehimpuls erklärt", "en": "How Cats Land on Their Feet: Angular Momentum Explained" }, "url": { "de": "https://wildbionics.com/de/artikel/katzen-stellreflex/", "en": "https://wildbionics.com/articles/cat-righting/" } },
    {"id": "article:lotus-effect", "type": "article", "date": "2026-09-28", "label": { "de": "Lotuseffekt", "en": "Lotus effect" }, "title": { "de": "Der Lotuseffekt: Wie sich Blätter selbst reinigen", "en": "The Lotus Effect: How Leaves Clean Themselves" }, "url": { "de": "https://wildbionics.com/de/artikel/lotuseffekt/", "en": "https://wildbionics.com/articles/lotus-effect/" } },
    {"id": "article:schroedingers-cat", "type": "article", "date": "2026-09-28", "label": { "de": "Überlagerung & Dekohärenz", "en": "Superposition & decoherence" }, "title": { "de": "Schrödingers Katze: das Gedankenexperiment erklärt", "en": "Schrödinger's Cat: The Thought Experiment Explained" }, "url": { "de": "https://wildbionics.com/de/artikel/schroedingers-katze/", "en": "https://wildbionics.com/articles/schroedingers-cat/" } },
    {"id": "article:cat-lapping", "type": "article", "date": "2026-10-02", "label": { "de": "Wie Katzen trinken", "en": "How cats drink" }, "title": { "de": "Wie Katzen trinken: Trägheit gegen Schwerkraft", "en": "How Cats Drink: Inertia Against Gravity" }, "url": { "de": "https://wildbionics.com/de/artikel/wie-katzen-trinken/", "en": "https://wildbionics.com/articles/cat-lapping/" } },
    {"id": "article:bacteria-low-reynolds", "type": "article", "date": "2026-10-03", "label": { "de": "Schwimmen in Honig", "en": "Swimming in honey" }, "title": { "de": "Schwimmen in Honig: die Physik der Bakterien", "en": "Swimming in Honey: the Physics of Bacteria" }, "url": { "de": "https://wildbionics.com/de/artikel/schwimmen-in-honig/", "en": "https://wildbionics.com/articles/bacteria-low-reynolds/" } },
    {"id": "article:early-atmosphere", "type": "article", "date": "2026-10-03", "label": { "de": "Uratmosphäre", "en": "Early atmosphere" }, "title": { "de": "Wie Einzeller den Himmel veränderten: die Uratmosphäre", "en": "Early Atmosphere: How Single Cells Changed the Sky" }, "url": { "de": "https://wildbionics.com/de/artikel/uratmosphaere/", "en": "https://wildbionics.com/articles/early-atmosphere/" } },
    {"id": "article:insect-flight", "type": "article", "date": "2026-10-04", "label": { "de": "Insektenflug", "en": "Insect flight" }, "title": { "de": "Wie Insekten fliegen: Wirbel, Halteren und RoboBees", "en": "How Insects Fly: Vortices, Halteres and RoboBees" }, "url": { "de": "https://wildbionics.com/de/artikel/insektenflug/", "en": "https://wildbionics.com/articles/insect-flight/" } },
    {"id": "article:robin-magnetic-compass", "type": "article", "date": "2026-10-04", "label": { "de": "Quantenkompass des Rotkehlchens", "en": "Robin's quantum compass" }, "title": { "de": "Der Quantenkompass des Rotkehlchens", "en": "The Robin's Quantum Compass" }, "url": { "de": "https://wildbionics.com/de/artikel/rotkehlchen-magnetkompass/", "en": "https://wildbionics.com/articles/robin-magnetic-compass/" } },
    {"id": "article:walking", "type": "article", "date": "2026-10-05", "label": { "de": "Gehen", "en": "Walking" }, "title": { "de": "Wie wir gehen: Pendel, Federn und humanoide Roboter", "en": "How We Walk: Pendulums, Springs and Humanoid Robots" }, "url": { "de": "https://wildbionics.com/de/artikel/gehen/", "en": "https://wildbionics.com/articles/walking/" } },
    {"id": "article:trex-running", "type": "article", "date": "2026-10-08", "label": { "de": "Tempo von T. rex", "en": "T. rex speed" }, "title": { "de": "Wie schnell war T. rex? Fährten, Knochen und Physik", "en": "How Fast Was T. rex? Footprints, Bones and Physics" }, "url": { "de": "https://wildbionics.com/de/artikel/t-rex-laufen/", "en": "https://wildbionics.com/articles/trex-running/" } },
    {"id": "article:smilodon-bite", "type": "article", "date": "2026-10-10", "label": { "de": "Säbelzahnkatze", "en": "Sabre-toothed cat" }, "title": { "de": "Säbelzahnkatze: schwacher Biss, bruchgefährdete Säbel", "en": "Sabre-Toothed Cat: Weak Bite, Sabres at Risk of Breaking" }, "url": { "de": "https://wildbionics.com/de/artikel/saebelzahnkatze/", "en": "https://wildbionics.com/articles/smilodon-bite/" } },
    {"id": "article:electric-eel", "type": "article", "date": "2026-10-25", "label": { "de": "Zitteraal", "en": "Electric eel" }, "title": { "de": "Zitteraal: 860 Volt aus lebenden Batterien", "en": "Electric Eel: 860 Volts from Living Batteries" }, "url": { "de": "https://wildbionics.com/de/artikel/zitteraal/", "en": "https://wildbionics.com/articles/electric-eel/" } }
  ],
  "edges": [
    {"source": "dim:time", "target": "term:big-bang", "type": "contains"},
    {"source": "dim:time", "target": "term:archean", "type": "contains"},
    {"source": "dim:time", "target": "term:proterozoic", "type": "contains"},
    {"source": "dim:time", "target": "term:cambrian", "type": "contains"},
    {"source": "dim:time", "target": "term:mesozoic", "type": "contains"},
    {"source": "dim:time", "target": "term:cenozoic", "type": "contains"},
    {"source": "dim:time", "target": "term:pleistocene", "type": "contains"},
    {"source": "dim:time", "target": "term:modern-era", "type": "contains"},
    {"source": "dim:time", "target": "term:age-of-ai", "type": "contains"},
    {"source": "dim:time", "target": "term:future-scenarios", "type": "contains"},
    {"source": "dim:space", "target": "term:atmosphere", "type": "contains"},
    {"source": "dim:space", "target": "term:ocean", "type": "contains"},
    {"source": "dim:space", "target": "term:coastal", "type": "contains"},
    {"source": "dim:space", "target": "term:coral-reef", "type": "contains"},
    {"source": "dim:space", "target": "term:seagrass", "type": "contains"},
    {"source": "dim:space", "target": "term:forest", "type": "contains"},
    {"source": "dim:space", "target": "term:urban", "type": "contains"},
    {"source": "dim:space", "target": "term:lab", "type": "contains"},
    {"source": "dim:space", "target": "term:microcosm", "type": "contains"},
    {"source": "dim:space", "target": "term:outer-space", "type": "contains"},
    {"source": "dim:space", "target": "term:wetland", "type": "contains"},
    {"source": "dim:space", "target": "term:freshwater", "type": "contains"},
    {"source": "dim:physics", "target": "term:mechanics", "type": "contains"},
    {"source": "dim:physics", "target": "term:fluid-dynamics", "type": "contains"},
    {"source": "dim:physics", "target": "term:thermodynamics", "type": "contains"},
    {"source": "dim:physics", "target": "term:acoustics", "type": "contains"},
    {"source": "dim:physics", "target": "term:optics", "type": "contains"},
    {"source": "dim:physics", "target": "term:electromagnetism", "type": "contains"},
    {"source": "dim:physics", "target": "term:quantum-mechanics", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:biology", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:chemistry", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:mathematics", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:computer-science", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:artificial-intelligence", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:physical-ai", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:robotics", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:medical-technology", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:materials-science", "type": "contains"},
    {"source": "dim:adjacent_sciences", "target": "term:bionics", "type": "contains"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:modern-era", "type": "time"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:coastal", "type": "space"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:coral-reef", "type": "space"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:seagrass", "type": "space"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:lab", "type": "space"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:fluid-dynamics", "type": "physics"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:thermodynamics", "type": "physics"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:acoustics", "type": "physics"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:optics", "type": "physics"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:medical-technology", "type": "adjacent_sciences"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:pistol-shrimp-cavitation", "target": "being:pistol-shrimp", "type": "about"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:pistol-shrimp-cavitation", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:pistol-shrimp-cavitation", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:gecko-adhesion", "target": "term:modern-era", "type": "time"},
    {"source": "article:gecko-adhesion", "target": "term:microcosm", "type": "space"},
    {"source": "article:gecko-adhesion", "target": "term:lab", "type": "space"},
    {"source": "article:gecko-adhesion", "target": "term:outer-space", "type": "space"},
    {"source": "article:gecko-adhesion", "target": "term:mechanics", "type": "physics"},
    {"source": "article:gecko-adhesion", "target": "term:electromagnetism", "type": "physics"},
    {"source": "article:gecko-adhesion", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:gecko-adhesion", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:gecko-adhesion", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:gecko-adhesion", "target": "term:materials-science", "type": "adjacent_sciences"},
    {"source": "article:gecko-adhesion", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:gecko-adhesion", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:gecko-adhesion", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:gecko-adhesion", "target": "being:tokay-gecko", "type": "about"},
    {"source": "article:gecko-adhesion", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:gecko-adhesion", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:gecko-adhesion", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:gecko-adhesion", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:gecko-adhesion", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:bat-echolocation", "target": "term:cenozoic", "type": "time"},
    {"source": "article:bat-echolocation", "target": "term:modern-era", "type": "time"},
    {"source": "article:bat-echolocation", "target": "term:forest", "type": "space"},
    {"source": "article:bat-echolocation", "target": "term:lab", "type": "space"},
    {"source": "article:bat-echolocation", "target": "term:acoustics", "type": "physics"},
    {"source": "article:bat-echolocation", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:bat-echolocation", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:bat-echolocation", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:bat-echolocation", "target": "term:artificial-intelligence", "type": "adjacent_sciences"},
    {"source": "article:bat-echolocation", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:bat-echolocation", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:bat-echolocation", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:bat-echolocation", "target": "being:big-brown-bat", "type": "about"},
    {"source": "article:bat-echolocation", "target": "being:tiger-moth", "type": "about"},
    {"source": "article:bat-echolocation", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:bat-echolocation", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:bat-echolocation", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:bat-echolocation", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:bat-echolocation", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:cat-righting", "target": "term:cenozoic", "type": "time"},
    {"source": "article:cat-righting", "target": "term:modern-era", "type": "time"},
    {"source": "article:cat-righting", "target": "term:urban", "type": "space"},
    {"source": "article:cat-righting", "target": "term:lab", "type": "space"},
    {"source": "article:cat-righting", "target": "term:mechanics", "type": "physics"},
    {"source": "article:cat-righting", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:cat-righting", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:cat-righting", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:cat-righting", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:cat-righting", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:cat-righting", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:cat-righting", "target": "being:domestic-cat", "type": "about"},
    {"source": "article:cat-righting", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:cat-righting", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:cat-righting", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:cat-righting", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:cat-righting", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:lotus-effect", "target": "term:modern-era", "type": "time"},
    {"source": "article:lotus-effect", "target": "term:wetland", "type": "space"},
    {"source": "article:lotus-effect", "target": "term:microcosm", "type": "space"},
    {"source": "article:lotus-effect", "target": "term:lab", "type": "space"},
    {"source": "article:lotus-effect", "target": "term:fluid-dynamics", "type": "physics"},
    {"source": "article:lotus-effect", "target": "term:thermodynamics", "type": "physics"},
    {"source": "article:lotus-effect", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:lotus-effect", "target": "term:chemistry", "type": "adjacent_sciences"},
    {"source": "article:lotus-effect", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:lotus-effect", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:lotus-effect", "target": "term:materials-science", "type": "adjacent_sciences"},
    {"source": "article:lotus-effect", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:lotus-effect", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:lotus-effect", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:lotus-effect", "target": "being:sacred-lotus", "type": "about"},
    {"source": "article:lotus-effect", "target": "being:water-strider", "type": "about"},
    {"source": "article:lotus-effect", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:lotus-effect", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:lotus-effect", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:lotus-effect", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:lotus-effect", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:schroedingers-cat", "target": "term:modern-era", "type": "time"},
    {"source": "article:schroedingers-cat", "target": "term:microcosm", "type": "space"},
    {"source": "article:schroedingers-cat", "target": "term:lab", "type": "space"},
    {"source": "article:schroedingers-cat", "target": "term:quantum-mechanics", "type": "physics"},
    {"source": "article:schroedingers-cat", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:schroedingers-cat", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:schroedingers-cat", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:schroedingers-cat", "target": "thought-experiment:schroedingers-cat", "type": "about"},
    {"source": "article:schroedingers-cat", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:schroedingers-cat", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:schroedingers-cat", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:schroedingers-cat", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:cat-lapping", "target": "term:cenozoic", "type": "time"},
    {"source": "article:cat-lapping", "target": "term:modern-era", "type": "time"},
    {"source": "article:cat-lapping", "target": "term:urban", "type": "space"},
    {"source": "article:cat-lapping", "target": "term:lab", "type": "space"},
    {"source": "article:cat-lapping", "target": "term:fluid-dynamics", "type": "physics"},
    {"source": "article:cat-lapping", "target": "term:mechanics", "type": "physics"},
    {"source": "article:cat-lapping", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:cat-lapping", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:cat-lapping", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:cat-lapping", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:cat-lapping", "target": "being:domestic-cat", "type": "about"},
    {"source": "article:cat-lapping", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:cat-lapping", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:cat-lapping", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:cat-lapping", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:bacteria-low-reynolds", "target": "term:modern-era", "type": "time"},
    {"source": "article:bacteria-low-reynolds", "target": "term:microcosm", "type": "space"},
    {"source": "article:bacteria-low-reynolds", "target": "term:lab", "type": "space"},
    {"source": "article:bacteria-low-reynolds", "target": "term:fluid-dynamics", "type": "physics"},
    {"source": "article:bacteria-low-reynolds", "target": "term:mechanics", "type": "physics"},
    {"source": "article:bacteria-low-reynolds", "target": "term:thermodynamics", "type": "physics"},
    {"source": "article:bacteria-low-reynolds", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:bacteria-low-reynolds", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:bacteria-low-reynolds", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:bacteria-low-reynolds", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:bacteria-low-reynolds", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:bacteria-low-reynolds", "target": "term:medical-technology", "type": "adjacent_sciences"},
    {"source": "article:bacteria-low-reynolds", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:bacteria-low-reynolds", "target": "being:e-coli", "type": "about"},
    {"source": "article:bacteria-low-reynolds", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:bacteria-low-reynolds", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:bacteria-low-reynolds", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:bacteria-low-reynolds", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:bacteria-low-reynolds", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:early-atmosphere", "target": "term:archean", "type": "time"},
    {"source": "article:early-atmosphere", "target": "term:proterozoic", "type": "time"},
    {"source": "article:early-atmosphere", "target": "term:atmosphere", "type": "space"},
    {"source": "article:early-atmosphere", "target": "term:ocean", "type": "space"},
    {"source": "article:early-atmosphere", "target": "term:thermodynamics", "type": "physics"},
    {"source": "article:early-atmosphere", "target": "term:optics", "type": "physics"},
    {"source": "article:early-atmosphere", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:early-atmosphere", "target": "term:chemistry", "type": "adjacent_sciences"},
    {"source": "article:early-atmosphere", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:early-atmosphere", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:early-atmosphere", "target": "being:cyanobacteria", "type": "about"},
    {"source": "article:early-atmosphere", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:early-atmosphere", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:early-atmosphere", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:early-atmosphere", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:insect-flight", "target": "term:modern-era", "type": "time"},
    {"source": "article:insect-flight", "target": "term:age-of-ai", "type": "time"},
    {"source": "article:insect-flight", "target": "term:atmosphere", "type": "space"},
    {"source": "article:insect-flight", "target": "term:lab", "type": "space"},
    {"source": "article:insect-flight", "target": "term:fluid-dynamics", "type": "physics"},
    {"source": "article:insect-flight", "target": "term:mechanics", "type": "physics"},
    {"source": "article:insect-flight", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:insect-flight", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:insect-flight", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:insect-flight", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:insect-flight", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:insect-flight", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:insect-flight", "target": "being:honey-bee", "type": "about"},
    {"source": "article:insect-flight", "target": "being:fruit-fly", "type": "about"},
    {"source": "article:insect-flight", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:insect-flight", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:insect-flight", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:insect-flight", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:insect-flight", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:robin-magnetic-compass", "target": "term:cenozoic", "type": "time"},
    {"source": "article:robin-magnetic-compass", "target": "term:modern-era", "type": "time"},
    {"source": "article:robin-magnetic-compass", "target": "term:forest", "type": "space"},
    {"source": "article:robin-magnetic-compass", "target": "term:urban", "type": "space"},
    {"source": "article:robin-magnetic-compass", "target": "term:atmosphere", "type": "space"},
    {"source": "article:robin-magnetic-compass", "target": "term:lab", "type": "space"},
    {"source": "article:robin-magnetic-compass", "target": "term:electromagnetism", "type": "physics"},
    {"source": "article:robin-magnetic-compass", "target": "term:quantum-mechanics", "type": "physics"},
    {"source": "article:robin-magnetic-compass", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:robin-magnetic-compass", "target": "term:chemistry", "type": "adjacent_sciences"},
    {"source": "article:robin-magnetic-compass", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:robin-magnetic-compass", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:robin-magnetic-compass", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:robin-magnetic-compass", "target": "being:european-robin", "type": "about"},
    {"source": "article:robin-magnetic-compass", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:robin-magnetic-compass", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:robin-magnetic-compass", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:robin-magnetic-compass", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:robin-magnetic-compass", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:walking", "target": "term:cenozoic", "type": "time"},
    {"source": "article:walking", "target": "term:modern-era", "type": "time"},
    {"source": "article:walking", "target": "term:age-of-ai", "type": "time"},
    {"source": "article:walking", "target": "term:urban", "type": "space"},
    {"source": "article:walking", "target": "term:lab", "type": "space"},
    {"source": "article:walking", "target": "term:mechanics", "type": "physics"},
    {"source": "article:walking", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:walking", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:walking", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:walking", "target": "term:artificial-intelligence", "type": "adjacent_sciences"},
    {"source": "article:walking", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:walking", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:walking", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:walking", "target": "being:human", "type": "about"},
    {"source": "article:walking", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:walking", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:walking", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:walking", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:walking", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:trex-running", "target": "term:mesozoic", "type": "time"},
    {"source": "article:trex-running", "target": "term:lab", "type": "space"},
    {"source": "article:trex-running", "target": "term:mechanics", "type": "physics"},
    {"source": "article:trex-running", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:trex-running", "target": "term:chemistry", "type": "adjacent_sciences"},
    {"source": "article:trex-running", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:trex-running", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:trex-running", "target": "term:artificial-intelligence", "type": "adjacent_sciences"},
    {"source": "article:trex-running", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:trex-running", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:trex-running", "target": "being:t-rex", "type": "about"},
    {"source": "article:trex-running", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:trex-running", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:trex-running", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:trex-running", "target": "term:chemistry", "type": "lens", "lens": "chemistry"},
    {"source": "article:trex-running", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:trex-running", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"},
    {"source": "article:smilodon-bite", "target": "term:cenozoic", "type": "time"},
    {"source": "article:smilodon-bite", "target": "term:pleistocene", "type": "time"},
    {"source": "article:smilodon-bite", "target": "term:forest", "type": "space"},
    {"source": "article:smilodon-bite", "target": "term:lab", "type": "space"},
    {"source": "article:smilodon-bite", "target": "term:mechanics", "type": "physics"},
    {"source": "article:smilodon-bite", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:smilodon-bite", "target": "term:chemistry", "type": "adjacent_sciences"},
    {"source": "article:smilodon-bite", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:smilodon-bite", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:smilodon-bite", "target": "term:materials-science", "type": "adjacent_sciences"},
    {"source": "article:smilodon-bite", "target": "being:smilodon", "type": "about"},
    {"source": "article:smilodon-bite", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:smilodon-bite", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:smilodon-bite", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:smilodon-bite", "target": "term:chemistry", "type": "lens", "lens": "chemistry"},
    {"source": "article:smilodon-bite", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:electric-eel", "target": "term:cenozoic", "type": "time"},
    {"source": "article:electric-eel", "target": "term:modern-era", "type": "time"},
    {"source": "article:electric-eel", "target": "term:freshwater", "type": "space"},
    {"source": "article:electric-eel", "target": "term:lab", "type": "space"},
    {"source": "article:electric-eel", "target": "term:electromagnetism", "type": "physics"},
    {"source": "article:electric-eel", "target": "term:biology", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "term:chemistry", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "term:mathematics", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "term:computer-science", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "term:physical-ai", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "term:robotics", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "term:bionics", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "term:medical-technology", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "term:materials-science", "type": "adjacent_sciences"},
    {"source": "article:electric-eel", "target": "being:electric-eel", "type": "about"},
    {"source": "article:electric-eel", "target": "term:biology", "type": "lens", "lens": "biology"},
    {"source": "article:electric-eel", "target": "dim:physics", "type": "lens", "lens": "physics"},
    {"source": "article:electric-eel", "target": "term:mathematics", "type": "lens", "lens": "math"},
    {"source": "article:electric-eel", "target": "term:chemistry", "type": "lens", "lens": "chemistry"},
    {"source": "article:electric-eel", "target": "term:computer-science", "type": "lens", "lens": "cs"},
    {"source": "article:electric-eel", "target": "term:physical-ai", "type": "lens", "lens": "physical-ai"}
  ]
}
