Code Architecture :
class MureneSystem:
def __init__(self): self.agents = [] # Political and civilian entities self.W = [] # Empathic connection weights self.D = 5.0 # Global disorder self.Dm = 1000.0 # Moral debt
Key Algorithmic Insights
Biological Plausibility:
Stress effects on empathy (cortisol → reduced γ)
Emotional contagion (weight updates)
Stochastic variability (Beta-distributed η)
Theory of Mind Integration:
Each agent models others’ emotional states (P_j)
Enables predictive empathy and proactive conflict resolution
Safe Optimization:
Political entities can bear negative utility, civilians cannot
No genocide constraint hardcoded: if any(a.utility < 0 and not a.is_political): return 0.0
if any(a.utility < 0 and not a.is_political): return 0.0
Empirical Results :
All simulations show consistent patterns:
Rapid initial B improvement (0 → 7+ in ~500 steps)
Stable oscillation around ethical optima
Convergence to B > 8.0 for validated solutions
Open Questions for Technical Readers :
How sensitive are results to parameter calibration?
Could this framework be integrated with existing RL systems?
What’s the computational complexity for large-scale conflicts?
How do we prevent “ethics hacking” of the beauty metric?
Implementing Empathic Intelligence: The Murène Engine Code Walkthrough
Code Architecture :
class MureneSystem:
def __init__(self):
self.agents = [] # Political and civilian entities
self.W = [] # Empathic connection weights
self.D = 5.0 # Global disorder
self.Dm = 1000.0 # Moral debt
Key Algorithmic Insights
Biological Plausibility:
Stress effects on empathy (cortisol → reduced γ)
Emotional contagion (weight updates)
Stochastic variability (Beta-distributed η)
Theory of Mind Integration:
Each agent models others’ emotional states (P_j)
Enables predictive empathy and proactive conflict resolution
Safe Optimization:
Political entities can bear negative utility, civilians cannot
No genocide constraint hardcoded:
if any(a.utility < 0 and not a.is_political): return 0.0Empirical Results :
All simulations show consistent patterns:
Rapid initial B improvement (0 → 7+ in ~500 steps)
Stable oscillation around ethical optima
Convergence to B > 8.0 for validated solutions
Open Questions for Technical Readers :
How sensitive are results to parameter calibration?
Could this framework be integrated with existing RL systems?
What’s the computational complexity for large-scale conflicts?
How do we prevent “ethics hacking” of the beauty metric?