Overview
This page defines a minimal, reproducible system designed to test whether collective coherence can emerge without collapsing individual variation.
The goal is not to assert a universal theory, but to provide a working structure that can be:
– run
– modified
– stressed
– and potentially broken
All claims are bounded strictly to observable behavior within the system.
Core Idea
The system evaluates a simple condition:
– Individual agents continue to vary over time
– The collective system stabilizes as a whole
If both conditions are present simultaneously, the system exhibits a form of coherence without convergence.
This is measured using a ratio between individual and collective behavior.
Metrics
The system uses three primary metrics:
Individual Variance (IV)
Measures how much each agent continues to vary over time.
Collective Variance (CV)
Measures how much the system’s overall state fluctuates.
Coherence Ratio (CR)
Defined as:
CR = IV / CV
Interpretation:
– High CR → Individual variation persists while the collective remains stable
– Low CR → Either the system collapses into uniformity or becomes unstable
System Structure
The system consists of:
– Multiple agents with internal nonlinear dynamics
– Slight parameter variation between agents (heterogeneity)
– Weak diffusive coupling between all agents
Each agent evolves continuously based on:
– its own internal dynamics
– the influence of other agents
No central controller or forced synchronization is applied.
Stress Conditions
The system is intended to be tested under variation, including:
1. Noise Injection
Add randomness to agent updates
→ Does coherence degrade or persist?
2. Malicious / Noisy Agents
Introduce destabilizing agents
→ Does the system absorb, isolate, or collapse?
3. Communication Delay / Gradient
Introduce lag or uneven coupling
→ Does coherence persist across the network?
4. Increased Heterogeneity
Increase parameter spread between agents
→ Does the attractor still hold?
Interpretation Boundary
If the system maintains:
– high CR
– bounded agent behavior
– finite response under stress
this suggests the presence of a stable coherence regime with preserved individuality.
If these conditions fail, the hypothesis does not hold under those parameters.
No further claims are implied.
Implementation
A minimal reference implementation is available here:
https://github.com/ElectricIcarus/Try-To-Break-This
The repository includes:
– core multi-agent dynamics
– experiment runner
– metric calculations
– reproducible execution instructions
Authorship & Origin
This system and its framing originate from the Electric Icarus Project.
Published: April 2026
Author: Jonathan LaBelle
This page serves as the canonical reference point for the system definition and interpretation boundaries.
License
This work is released under the LaBelle License (LL-1.0).
You are free to:
– use
– share
– modify
– and build upon this work
under the following conditions:
1. Attribution Required
All derivatives must clearly credit Jonathan LaBelle and the Electric Icarus Project as the original source.
2. Non-Commercial Use Only
This work may not be used for commercial purposes without explicit written permission.
3. Integrity of Core Definitions
Core terms (including Synchrocity, IV, CV, CR, and system framing) must not be redefined in a way that obscures or misrepresents the original meaning.
4. Transparent Modification
Any modifications or extensions must be clearly labeled as such.
This license is designed to encourage exploration while preserving attribution, clarity, and conceptual integrity.
Electric Icarus Project 