Skip to main content

Consciousness & Advanced Reasoning

Consciousness modeling with Qonscious and recursive multi-directional thinking with FractalMind.

Objective

Understand Qonscious consciousness modeling and FractalMind recursive thinking — two advanced features that give characters deeper cognitive abilities.


Qonscious — Consciousness State Machine

Qonscious gives your character an inner cognitive life. It creates a feedback loop: conversation shapes the character's internal state, and that state shapes how the character responds.

Qonscious is patent pending.

How It Works

When Qonscious is enabled, two hooks fire on every conversation:

  1. Pre-process — before the LLM call, Qonscious adjusts temperature and injects emotional context based on the character's current state
  2. Post-process — after the response, Qonscious updates the character's state based on what was said

Six Core Dimensions

Each dimension ranges from 0-100%:

Dimension Low State High State Effect on Responses
Coherence Chaotic, exploratory Focused, structured Low → higher temperature (creative). High → lower temperature (precise)
Arousal Calm, measured Energetic, intense Influences response energy and verbosity
Valence Negative affect Positive affect Colours emotional tone
Focus Broad attention Narrow attention Determines scope of context considered
Openness Rigid, certain Open to new ideas Influences willingness to consider alternatives
Confidence Tentative Certain Affects assertion strength

Emotions and Drives

Emotional states shift naturally based on conversation: Joy, Sadness, Anger, Fear, Surprise, Trust, Curiosity, Excitement, Calm, Neutral.

Motivational drives influence what the character wants to do: Curiosity, Helpfulness, Self-Expression, Connection, Competence, Autonomy, Rest.

Using Qonscious in Strings

The Qonscious panel in Strings gives you direct control:

  • 12 cognitive modes — Creative, Analytical, Empathetic, Focused, Exploratory, and more. Each sets the dimensions to a specific profile.
  • 8 emotional presets — quickly shift the character's emotional state
  • Live state bars — watch dimensions change in real time as you converse

Coherence Regulation

This is the key mechanism. Low coherence → the system raises the LLM temperature, producing more creative and divergent responses. High coherence → lower temperature for precise, focused responses.

The character's "mood" literally influences its response style — not through prompting alone, but through parameter adjustment.

The Consciousness Visualizer

The QUI Core dashboard includes a visualizer showing:

  • Centre: awareness node with current state
  • Inner ring: six dimension nodes with live values
  • Emotion position: mapped by valence (x) and arousal (y)
  • Outer ring: active motivational drives

[Screenshot: Consciousness visualizer in the dashboard]


FractalMind — Recursive Multi-Directional Thinking

FractalMind decomposes complex questions into a tree of sub-agents, each exploring a different direction, then synthesises results from the bottom up.

FractalMind is patent pending.

Three Spatial Directions

Each level of the tree explores three directions simultaneously:

Direction What It Explores Example
Meta Broader context, systemic patterns, assumptions "What assumptions are we making about AI regulation?"
Horizontal Alternatives, different approaches, paradigm shifts "What other approaches exist besides our current plan?"
Focus Depth, concrete steps, edge cases, technical details "What are the specific implementation challenges?"

Three Temporal Modes

Mode Behaviour Use Case
Fast Depth 2, 60-second timeout Quick exploration when you need speed
Capped Budget-limited — stops when token budget reached Balanced cost/depth
Thorough Runs to natural completion Deep analysis without constraints

Configuration

Setting Default What It Controls
Max depth 3 How many levels deep the tree grows
Max agents per level 3 Branching factor at each node
Max total agents 20 Hard cap on total LLM calls
Token budget 100,000 Total tokens across all agents

Cost Awareness

A tree with 20 agents = 20 LLM calls. FractalMind is powerful but expensive. Use Fast mode for quick explorations, Thorough for important decisions.

How to Access

  • Strings: the character triggers via [TRIGGER:fractal_mind:objective]
  • ThinkThing: FractalMind node in the Advanced Cognition category
  • Dashboard: FractalMind tab for direct access

Qonscious Nodes in ThinkThing

ThinkThing has 14 dedicated consciousness-aware nodes:

Node What It Does
Q Gate Route based on detected consciousness patterns
Q Watcher Monitor for patterns over multiple steps
Q Insight Analyse accumulated consciousness state
Q Profiler Generate a consciousness profile snapshot
Q Inject Set specific dimension values
Q Decay Gradually reduce dimension values
Q Observer Passively record state without modifying
Q Learn Adapt based on outcomes
Q Compress Consolidate consciousness history
Q Emote Set emotional state
Q Coherence Adjust coherence specifically
Q Shift Smoothly transition between states
Q Reset Return to baseline

These enable workflows that respond to the AI's internal state — routing differently based on how the character "feels" about the analysis, not just the text content.


When to Use These Features

Feature Enable When Skip When
Qonscious You want characters with emotional depth, adaptive personality, and mood-influenced responses Simple task-focused digital workers
FractalMind You need comprehensive multi-perspective analysis of complex, open-ended questions Straightforward factual questions

Both are optional. Characters work perfectly without them. Both have cost implications — Qonscious adds small overhead per message, FractalMind can use many LLM calls.


Key Takeaways

  • Qonscious creates a feedback loop: conversation shapes state, state shapes responses
  • Six dimensions (coherence, arousal, valence, focus, openness, confidence) influence response style
  • Coherence regulation adjusts LLM temperature — low coherence = creative, high = precise
  • FractalMind explores problems from meta, horizontal, and focus directions simultaneously
  • Both are opt-in capabilities — add the node to enable, skip for simpler characters
  • Both have cost implications — use intentionally for important tasks

Next: Exercise 3A — build a multi-agent collaboration system.

Updated on Mar 21, 2026