Syntrometric Theory Overview

Heim's Syntrometric Theory proposes a framework for understanding complex systems through higher-dimensional interactions of Syntrix and Metrons, governed by Reflexive Integration and Structural Condensation.

Learn More About Core Concepts
Syntrix
Fundamental structural elements that define system organization
Metrons
Measurement units that quantify system states and transformations
Reflexive Integration
Self-referential processes that enable system self-awareness
Structural Condensation
Mechanisms by which complex patterns emerge from simpler interactions

Syntrometric Simulation

Explore the interactive simulation with real-time agent responses and adaptive learning mechanisms.

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Controls

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Node Types

  • Core Concepts
  • Processes
  • Properties
  • Relations

Controls

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Keyboard:
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Reflects agent's internal integration value. Updates automatically.
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Reflects agent's internal reflexivity value. Updates automatically.
Agent Chat
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System Welcome to the Syntrometric Simulation (V2.3). Initializing agent...
Agent Dashboard
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Measures system coherence and stability
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Agent's connection to simulation context
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System reliability and consistency
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Emotional Spectrum

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Metrics Timeline

Recent Actions

    Self-State Activation
    Belief Embedding Inspector
                                        
                                        
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    Strukturkaskade Viewer
    Initializing Strukturkaskade data...

    Concept Graph Visualization

    Explore the relationships between Syntrometric concepts through an interactive knowledge graph.

    Toggle visibility of all node labels in the concept graph.