Universal Information–Interaction Framework

1. Interaction Units

1.1 Field / Flux / Force

• Linguistics:
  
  • Phonological environment (sound influence)
    
  • Orthographic conventions (writing influence)
    
• Semiotics:
  
  • Context, cultural background influencing meaning
    
• Physics:
  
  • Electromagnetic field, gravitational field, quantum fields
    
• Chemistry:
  
  • Electrostatic forces, Van der Waals forces, hydrogen bonding

1.2 Particle / Matter

• Linguistics:
  
  • Grapheme (written symbol)
    
  • Phoneme (speech sound unit)
    
  • Morpheme (smallest meaning-bearing unit)
    
• Semiotics:
  
  • Sign vehicle elements (marks, sounds, gestures)
    
• Physics:
  
  • Fundamental particles (electron, photon, proton, neutron)
    
• Chemistry:
  
  • Atoms, molecules, ions
    

2. Pattern / Signal / Bond

• Linguistics:
  
  • Morphology (word structure)
    
  • Syntax (sentence structure)
    
  • Prosody (intonation, rhythm)
    
• Semiotics:
  
  • Code/system in which signs are arranged
    
• Physics:
  
  • Wave patterns, particle distributions, oscillations
    
• Chemistry:
  
  • Molecular structure, bond patterns, crystal lattices

3. Understanding / Semantics / Pragmatics / Denotation / Connotation / Signified / Interpretant

• Linguistics:
  
  • Semantics (literal meaning)
    
  • Pragmatics (contextual meaning)
    
  • Denotation (direct meaning)
    
  • Connotation (associated meaning)
    
• Semiotics:
  
  • Signified (concept)
    
  • Interpretant (meaning constructed in mind)
    
• Physics:
  
  • Measurement interpretation, model understanding
    
• Chemistry:
  
  • Functional understanding of compounds and reactions

4. Meta-Understanding / Reflexivity / Evolution

• Linguistics:
  
  • Language change (drift, shift, grammaticalization)
    
  • Lexical innovation and borrowing
    
  • Standardization vs. dialect divergence
    
• Semiotics:
  
  • Shifts in cultural codes and symbolism
    
  • Metasigns (signs about signs)
    
• Physics:
  
  • Paradigm shifts (classical → quantum)
    
  • Model revision based on new observations
    
• Chemistry:
  
  • Discovery of new elements, materials, reaction pathways
    
  • Reclassification of compounds or bonding theories