prompts: ontology of be

  1. Categories or Classes matter

    (Example: Atom, Element, Material, Component, Device, System)

  2. Full list from distinct inseparable level to combined macro level

  3. Two levels requested:

    • Matter level (from quark to computer, bus, car)
    • Function level
  4. Clarification: Boson is not matter (professional correction)

  5. Focus only on Matter level first

  6. Matter taxonomy ending with Computer system

  7. Each level must state what it is made of from the previous level

  8. Output required within copiable block code

  9. Standard Model details missing – asked to include:

    • Fermions, Bosons
    • Quarks, Antiquarks
    • Hadrons (Baryons, Mesons)
    • Leptons
  10. Treat all Standard Model entities as ontological entities

  11. Requested ontology format:

    • Identity
    • Properties
    • Behaviours
    • Relation
  12. Question about exact quark mass values

  13. Update ontology with Standard Model values

  14. Anything missing from particle domain physics (PDP)

  15. Create ontology for Bosons also

  16. Move step-by-step:

    • Atomic level
    • Element level
    • Molecule level
    • Compound level
  17. Add missing levels:

    • Ion level
    • Lattice level
    • Phase level
    • Aggregate level
    • Microstructure level
    • Amorphous network level
    • Material level
    • Component level
  18. Questioned incorrect “behavior” attribution to materials

  19. Clarified definition of Behaviour:

    • Observable pattern of response
    • Exists only under interaction or constraints
  20. Behaviour linked to Properties and Environment

  21. Behaviour treated as Function

  22. Function related to Aristotle’s four causes (final cause)

  23. Logical and grammatical correctness of:

    • “Atom has electron”
  24. Clarification of HAS / possession / containment / existential quantifier

  25. Broaden ontology with three primitives:

    • BE
    • HAS
    • DO
  26. Grammatical and ontological analysis of BE and its forms

  27. Relation between BE, Class, Category, Type

  28. Human as Class vs Individual (Prasanth as instance)

  29. Correction of wrong relation:

    • “Human has Prasanth” ❌
  30. Proper formulation:

    • Human has instances such as Prasanth
  31. Functional / closed-class morphemes used with BE

  32. Meaning of copula

  33. Question: Is HAS also a copula?

  34. Clarification of BE linking identity, class, and property

  35. Inflected forms of BE and their ontological uses

  36. Unified table for BE usages (identity, class, state, existence)

  37. Examples for BE usages

  38. Co-occurrences and co-variants of BE

  39. List of quantifiers used with BE

  40. Role of articles/determiners in class vs instance control

  41. BE as particular–universal relation

  42. BE in WordNet (classes, universal, particular)

  43. Predicative (non-relational) properties via BE

  44. Question: Are quarks non-separable matter?

  45. Universal vs particular identification

  46. All classes are universals

  47. Class within taxonomy vs outside taxonomy

  48. Taxonomy for Human

  49. Alignment correction for biological taxonomy tree

  50. Biological taxonomy ranks – are all classes?

  51. Focus shifted to BE (ontology presentation)

  52. Relation: Essence and BE

  53. HAVE as base form of HAS

  54. Use only base forms: BE, HAVE, DO

  55. Classes in WordNet

  56. Relations in ConceptNet and WordNet related to BE and class

  57. Conclusion: Not all classes are by BE

  58. Essence required to form a class

  59. Classes not formed by BE

  60. Are all nouns by BE?

  61. Parts of speech other than noun and relation to BE

  62. Classification of nouns by BE

  63. Part–whole examples:

    • Me and my heart
    • Quarks and atoms
    • Particular neuron and its cell parts
  64. Inseparable parts treated as classes

  65. Classes of matter

  66. Classes in biology and biological taxonomy

  67. Taxonomy alignment issues in Markdown

  68. Taxonomy of matter (HAS vs BE)

  69. Taxonomy of matter strictly by BE

  70. Removal of “Matter” term for abstraction

  71. Biological vs molecular vs cellular clarification

  72. Explicit inclusion of Molecule and Cell as classes

  73. Expanded chemistry terms:

    • Element
    • Metal
    • Non-metal
  74. Added supramolecular level

  75. Classes of inorganic chemistry

  76. Human as matter?

  77. Human as organic material?

  78. Classes of organic chemistry

  79. Difference between Matter and Object

  80. Classes of Objects by BE

  81. Classes of Social Objects by BE

  82. Classes of Information

  83. Mathematical Classes by BE

  84. Philosophy Classes

  85. Cognitive Science Classes

  86. Classes related to Questions

  87. Classes in Semantics

  88. Classes in Logic

  89. Request to list all prompts


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