# 3️⃣ Wolfram's Three Laws
*James K. Wiles | 2026-04-06*

# Computational Equivalence
All systems can be effectively modelled as a computational process. The means that there is nothing special about any one particular system versus another, and that the value of figuring something fundamental out in one domain is transferrable to other domains.

# Computational Boundedness
Systems have bounds in practice, which limit what they do. If all systems are computationally equivalent, what makes them different is the how much computation they can do and where their boundaries lie in comparison to one another.

# Computational Reducibility
Systems vary by an inherent ability to be fully or partially modelled by a compressed representation. If all systems or equivalent and only boundedness separates them, then dynamics can be introduced by the interaction of reducible and irreducible processes, allowing complexity to emerge.