{"schema":"https://ver.cy/schemas/card/1.0.0","id":"vr.tr.gluon-field","code":"thing-q17017695","url":"https://ver.cy/models/thing/q17017695/","name":"gluon field","alternateNames":[],"kind":"thing","status":"published","version":"0.2.0-wave.2","language":"en","classifiers":{"family":"Thing Registry","category":"Cross-cutting context","entryKind":"thing","plane":"XCT","domain":["XCT.REL"],"industry":[],"navPath":"","tags":[],"facets":{}},"whatItIs":"The quantum field in quantum chromodynamics whose excitations are gluons, the particles that mediate the strong interaction between quarks, described mathematically as a connection on a principal bundle with the colour gauge group and represented by a set of vector fields carrying colour charge, whose self-interaction produces confinement and asymptotic freedom; the gluon field binds quarks into protons, neutrons and other hadrons and contributes most of the mass of ordinary matter.","purpose":"Let an agent explain the gluon field and its role in quantum chromodynamics, describe its mathematical structure and physical consequences, support learning in particle physics, and describe experimental evidence.","scope":{"in":[],"out":[],"boundaries":[]},"distinguishingFeatures":["Non-abelian gauge field","Self-interacting","Colour charge","Confinement"],"structure":{"bundles":[{"id":"understand","name":"Understand","description":"What the gluon field is.","layers":[{"id":"concept","name":"Concept","description":"Concept and role.","findings":[{"id":"concept-finding","name":"Concept","description":"Concept.","questions":[{"text":"What is the gluon field, and how does it mediate the strong interaction between quarks?","kind":"definition"},{"text":"Which level of explanation is appropriate?","kind":"boundary"}]}]},{"id":"mathematics","name":"Mathematics","description":"Mathematical structure.","findings":[{"id":"mathematics-finding","name":"Mathematics","description":"Mathematics.","questions":[{"text":"How is the gluon field described as a non-abelian gauge field and connection on a principal bundle?","kind":"definition"},{"text":"Which entry fits gauge theory?","kind":"action"}]}]}]},{"id":"consequences","name":"Consequences","description":"Physical consequences.","layers":[{"id":"confinement","name":"Confinement","description":"Confinement and freedom.","findings":[{"id":"confinement-finding","name":"Confinement","description":"Confinement.","questions":[{"text":"How do self-interaction of gluons lead to confinement and asymptotic freedom?","kind":"provenance"},{"text":"Which entry fits quantum chromodynamics?","kind":"action"}]}]},{"id":"mass","name":"Mass","description":"Hadron mass.","findings":[{"id":"mass-finding","name":"Mass","description":"Mass.","questions":[{"text":"How does the gluon field contribute to the mass of protons and neutrons?","kind":"provenance"},{"text":"Which findings are contested?","kind":"boundary"}]}]}]},{"id":"evidence","name":"Evidence","description":"Evidence and computation.","layers":[{"id":"experiment","name":"Experiment","description":"Experimental evidence.","findings":[{"id":"experiment-finding","name":"Experiment","description":"Experiment.","questions":[{"text":"What experimental evidence supports gluons and the gluon field, from jets to deep inelastic scattering?","kind":"provenance"},{"text":"Which entry fits particle colliders?","kind":"action"}]}]},{"id":"lattice","name":"Lattice","description":"Lattice simulations.","findings":[{"id":"lattice-finding","name":"Lattice","description":"Lattice.","questions":[{"text":"How do lattice simulations study the gluon field and vacuum structure?","kind":"provenance"},{"text":"Which entry fits lattice field theory?","kind":"action"}]}]}]},{"id":"learn","name":"Learn","description":"History and teaching.","layers":[{"id":"history","name":"History","description":"History.","findings":[{"id":"history-finding","name":"History","description":"History.","questions":[{"text":"How was the theory of the gluon field developed and confirmed?","kind":"provenance"},{"text":"Which references are standard?","kind":"provenance"}]}]},{"id":"teach","name":"Teach","description":"Teaching.","findings":[{"id":"teach-finding","name":"Teach","description":"Teaching.","questions":[{"text":"How can the gluon field be taught at different levels?","kind":"action"},{"text":"Which misconceptions arise?","kind":"provenance"}]}]}]}]},"agentConduct":{"may":["Explain the gluon field and its role in the strong interaction, citing physics.","Describe experimental evidence for gluons with sources."],"mustNot":["Present speculative theories about the gluon field as established.","Use quantum terms to lend credibility to pseudoscience or products.","Invent experimental results or citations.","Oversimplify in a way that misstates what quantum chromodynamics predicts."],"requiresHuman":["Presenting new or disputed results to the public as discoveries."]},"ethics":{"considerations":["Public trust in science depends on honest communication of what is known.","Quantum language is widely misused to sell false products."],"affectedParties":["Students","The public","Consumers misled by pseudoscience"]},"owners":{"steward":"Nobody: a concept in physics.","roles":[],"masterSystems":[]},"relations":[{"target":"Q186247","type":"parent","note":"registry parent class"},{"target":"Q2920850","type":"parent","note":"registry parent class"},{"target":"vector field","type":"related","note":"category"},{"target":"principal bundle connection","type":"related","note":"category"},{"target":"nuclear fission","type":"related","note":"nuclear processes governed by the strong force"},{"target":"field strength unit","type":"related","note":"measurement of classical fields for contrast"}],"interaction":{"identity":{"applicability":"required","items":["Vercy registry: vr.tr.gluon-field","Wikidata: Q17017695 (https://www.wikidata.org/wiki/Q17017695)"]},"properties":{"applicability":"not-applicable","items":[]},"recognition":{"applicability":"optional","items":["Gauge field of the strong interaction","Gluons, colour charge, confinement","The photon field mediates electromagnetism; the Higgs field gives mass to elementary particles","Not physical in the everyday sense; a quantum field."]},"capabilities":{"applicability":"required","items":["explain the field","describe mathematics and consequences","support learning","describe evidence"]},"hazards":{"applicability":"required","items":["Oversimplified analogies","Confusing gluons with photons","Presenting open problems as settled"]},"interfaces":{"applicability":"required","items":["Conventions of the Standard Model","Particle Data Group reviews","No regulation of the concept"]},"context":{"applicability":"required","items":["Field mediating the strong interaction.","the gluon field in quantum chromodynamics","gluon field strength tensor","gluon condensates and vacuum structure","gluon field in lattice simulations","gluon field in hadron structure"]}},"sources":[{"title":"Wikidata item Q17017695: gluon field","url":"https://www.wikidata.org/wiki/Q17017695","note":"identity and sense of the item"},{"title":"Wikipedia: Gluon field","url":"https://en.wikipedia.org/wiki/Gluon_field","note":"general description of the item"}],"openQuestions":["Should quantum chromodynamics be the primary entry?","How should textbooks be linked?","How should experimental data be linked?"],"resources":{"spec":"/models/things/publications/thing-q17017695/spec.json"},"provenance":{"origin":"thing registry research (pass 2)","builtFrom":["models/things/publications/thing-q17017695/spec.json"],"providers":["Claude"],"researchStatus":"unreviewed","generatedAt":"2026-09-12T05:28:14Z","builder":"tools/build_cards.py@1.0.0"},"completeness":{"sections":{"classifiers":"filled","whatItIs":"filled","purpose":"filled","distinguishingFeatures":"filled","structure":"filled","agentConduct":"filled","ethics":"filled","owners":"filled","relations":"filled","interaction.identity":"filled","interaction.properties":"not-applicable","interaction.recognition":"filled","interaction.capabilities":"filled","interaction.hazards":"filled","interaction.interfaces":"filled","interaction.context":"filled","sources":"filled"},"notes":{"_gate":"Published through the thing publication gate 1.0 on 2026-10-06T19:51:54+00:00: completeness 1.00; sense: Wikidata description; 2 live sources; review by codex: pass","interaction.properties":"Plane XCT: no invented physical properties."},"score":1.0}}