V∞ Civilization Evolution Simulator
Civilization = Palace × Coupling × Evolution
The V∞ (V-infinity) Civilization Evolution Simulator simulates how Palace tag topologies evolve under platform economics — proving that decentralized low-tax systems outperform centralized monopolies in long-term ont_self growth, innovation rate, and wealth equality.
Quick Start
pip install v-inf-simulator
# Run default simulation (300 agents, 200 steps)
v-inf-sim
# Experiment 1: Centralized vs Decentralized
v-inf-sim --exp1
# Experiment 2: Diversity vs Monopoly
v-inf-sim --exp2
Key Results
| Experiment | Configuration | ont_self | Growth | New Palaces |
|---|---|---|---|---|
| Centralized monopoly | 30% platform tax | 223.26 | 1.46x | Low |
| Decentralized V∞ | 5% platform tax | 253.06 | 1.67x | High |
| Single-monopoly M=0.98 | Uniform convergence | 214.41 | 1.39x | 17 |
| Diverse ecology M=0.3-0.7 | Dynamic M regulation | 200.28 | 1.44x | 22 |
Core Mechanisms
- Dynamic Tax Rate: Automatically adjusts based on M convergence value (M>0.7 → tax cut by 50%, M<0.3 → tax raised by 50%)
- M-value Golden Zone Regulation:
auto_m_regulation()maintains M in 0.5-0.7 range - Palace Lifecycle Management: Automatically eliminates underperforming Palaces (growth <10% over 3 steps)
- Cross-Palace Knowledge Transfer: Transfers 5% coupling from high-ont to low-ont Palaces
- Health Score:
ont * growth * (1-|M-0.6|) * (1-tax_rate/2)
Citation
@software{zheng2026vinf,
author = {Zheng, Yiting},
title = {V∞ Civilization Evolution Simulator},
year = {2026},
url = {https://github.com/anomalyco/SiliconLifeOS}
}
License
Apache 2.0 — see LICENSE.
1 maintainer
Metadata
1 maintainer
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