Neologism Directory

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Chrononomics

Part of Speech: noun

Pronunciation (IPA): /ˌkrɒn.əˈnɒm.ɪks/

Gloss: Study and governance of time-regulated systems

Form & Structure

• Graphemes: c-h-r-o-n-o-n-o-m-i-c-s
• Phonemes: /k/ /r/ /ɒ/ /n/ /ə/ /n/ /ɒ/ /m/ /ɪ/ /k/ /s/
• Morphemes:
• chrono (Greek χρόνος): time
• nomics (Greek νόμος): system/order
• Formation rule: compounding

Etymology

• Greek (5th BCE): χρόνος → time
• Greek (5th BCE): νόμος → law, system
• Transparency score: 5/5
• Justification: Combines time + systems to describe temporal governance
• Synonym: temporal economics
• Antonym: atemporal chaos

Semantics

• Definition: Principles and models by which temporal constraints structure systems
• economics: Study of time-driven resource flows (policy and finance)
• biology: Chronobiology principles applied to ecosystems (bio-rhythms)
• Constraints: Not limited to monetary economics
• Examples:
• The plant adopted chrononomics to align batch runs with grid pricing.
• Chrononomics guided the scheduling of satellite relays.

Pragmatics

• Domains: economics, biology, computing
• Legal Clause: Party A shall conduct operations consistent with chrononomic principles of system timing.
• Compliance References: ISO 8601

Recursion & Verification

• Back-spell Pass: True
• Interoperability: True (Applicable across finance, biology, IT)
• Ambiguity Risks: confusion with ‘chronology’
• Status: accepted
• Steward: Ron Legarski
• Version: 1.0.0

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Symbioglyph

Part of Speech: noun

Pronunciation (IPA): /ˈsɪm.bi.oʊ.ɡlɪf/

Gloss: A symbol whose meaning co-evolves through cooperative use

Form & Structure

• Graphemes: s-y-m-b-i-o-g-l-y-p-h
• Phonemes: /s/ /ɪ/ /m/ /b/ /iː/ /oʊ/ /ɡ/ /l/ /ɪ/ /f/
• Morphemes:
• symbio (Greek συμβίωσις): living together
• glyph (Greek γλύφω): carve, symbol
• Formation rule: compounding

Etymology

• Greek (5th BCE): συμβίωσις → living together
• Greek (5th BCE): γλύφω → to carve
• Transparency score: 4/5
• Justification: Describes evolving symbols shaped by collective use
• Synonym: shared symbol
• Antonym: isolated glyph

Semantics

• Definition: Any mark, icon, or sign whose semantics are stabilized by community use
• UI: Icon sets whose meaning grows by cooperative user interaction (digital systems)
• cultural: Ritual symbols evolving through community (anthropology)
• Constraints: Not static carvings with fixed meaning
• Examples:
• The patient-facing icon set functions as a symbioglyph across clinics.
• The peace symbol is a cultural symbioglyph.

Pragmatics

• Domains: design, anthropology, informatics
• Legal Clause: Party B shall maintain consistency in the use of designated symbioglyphs across platforms.
• Compliance References: Unicode Consortium

Recursion & Verification

• Back-spell Pass: True
• Interoperability: True (Applicable in cultural, digital, and semiotic systems)
• Ambiguity Risks: confusion with ‘hieroglyph’
• Status: accepted
• Steward: Ron Legarski
• Version: 1.0.0

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Neuropragmatics

Part of Speech: noun

Pronunciation (IPA): /ˌnjʊə.roʊ.præɡˈmæt.ɪks/

Gloss: Brain-shaped constraints on contextual meaning

Form & Structure

• Graphemes: n-e-u-r-o-p-r-a-g-m-a-t-i-c-s
• Phonemes: /n/ /j/ /ʊə/ /r/ /oʊ/ /p/ /r/ /æ/ /ɡ/ /m/ /æ/ /t/ /ɪ/ /k/ /s/
• Morphemes:
• neuro (Greek νεῦρον): nerve
• pragmatics (Greek πρᾶγμα): act, context
• Formation rule: compounding

Etymology

• Greek (5th BCE): νεῦρον → nerve
• Greek (5th BCE): πρᾶγμα → act, deed
• Transparency score: 5/5
• Justification: Describes contextual meaning shaped by brain processes
• Synonym: neurolinguistic pragmatics
• Antonym: disembodied semantics

Semantics

• Definition: Study and application of how neural processes shape language use in context
• AI: Computational models using neural patterns to resolve context (NLP)
• linguistics: Analysis of brain influence on discourse interpretation (cognitive science)
• Constraints: Not equivalent to generic neurolinguistics
• Examples:
• Voice assistants improved accuracy by applying neuropragmatics.
• Clinical linguists use neuropragmatics to analyze patient communication.

Pragmatics

• Domains: AI, linguistics, cognitive science
• Legal Clause: Party C shall consider neuropragmatic principles when designing AI interaction systems.
• Compliance References: APA cognitive standards

Recursion & Verification

• Back-spell Pass: True
• Interoperability: True (Cross-use in AI, linguistics, healthcare)
• Ambiguity Risks: misinterpreted as generic pragmatics
• Status: accepted
• Steward: Ron Legarski
• Version: 1.0.0

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# Build a Markdown index version of the Neologism Directory

md_lines = ["# Neologism Directory\n"]
for entry in neologism_directory["entries"]:
    if entry.get("status") == "blank":
        md_lines.append("## [Empty Slot]\n_Reserved for future neologism_\n")
    else:
        md_lines.append(f"## {entry['headword'].title()}\n")
        md_lines.append(f"**Part of Speech:** {entry['pos']}\n")
        md_lines.append(f"**Pronunciation (IPA):** {entry['ipa']}\n")
        md_lines.append(f"**Gloss:** {entry['gloss']}\n")
        md_lines.append("\n### Form & Structure\n")
        md_lines.append(f"- Graphemes: {entry['form']['graphemes']}\n")
        md_lines.append(f"- Phonemes: {' '.join(entry['form']['phonemes'])}\n")
        md_lines.append("- Morphemes:\n")
        for m in entry['form']['morphemes']:
            md_lines.append(f"  - {m['form']} ({m['origin_lang']} {m['root']}): {m['gloss']}\n")
        md_lines.append(f"- Formation rule: {entry['form']['formation_rule']}\n")

        md_lines.append("\n### Etymology\n")
        for e in entry['etymology']['etyma']:
            md_lines.append(f"- {e['lang']} ({e['century']}): {e['root']} → {e['sense']}\n")
        md_lines.append(f"- Transparency score: {entry['etymology']['transparency_score']}/5\n")
        md_lines.append(f"- Justification: {entry['etymology']['justification']}\n")
        md_lines.append(f"- Synonym: {entry['etymology']['synonym']}\n")
        md_lines.append(f"- Antonym: {entry['etymology']['antonym']}\n")

        md_lines.append("\n### Semantics\n")
        md_lines.append(f"- Definition: {entry['semantics']['definition']}\n")
        for s in entry['semantics']['senses']:
            md_lines.append(f"  - {s['label']}: {s['definition']} ({s['usage_note']})\n")
        md_lines.append(f"- Constraints: {', '.join(entry['semantics']['constraints'])}\n")
        md_lines.append("- Examples:\n")
        for ex in entry['semantics']['examples']:
            md_lines.append(f"  - {ex}\n")

        md_lines.append("\n### Pragmatics\n")
        md_lines.append(f"- Domains: {', '.join(entry['pragmatics']['domains'])}\n")
        md_lines.append(f"- Legal Clause: {entry['pragmatics']['legal_clause']}\n")
        md_lines.append(f"- Compliance References: {', '.join(entry['pragmatics']['compliance_refs'])}\n")

        md_lines.append("\n### Recursion & Verification\n")
        md_lines.append(f"- Back-spell Pass: {entry['recursion']['back_spell_pass']}\n")
        md_lines.append(f"- Interoperability: {entry['recursion']['interoperability']['value']} ({entry['recursion']['interoperability']['note']})\n")
        md_lines.append(f"- Ambiguity Risks: {', '.join(entry['recursion']['ambiguity_risks'])}\n")
        md_lines.append(f"- Status: {entry['recursion']['status']}\n")
        md_lines.append(f"- Steward: {entry['recursion']['steward']}\n")
        md_lines.append(f"- Version: {entry['recursion']['version']}\n")

        md_lines.append("\n---\n")

md_content = "\n".join(md_lines)

# Save to markdown file
md_path = "/mnt/data/neologism_directory.md"
with open(md_path, "w") as f:
    f.write(md_content)

md_path

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