Genesis 1.0: Constraint-Preserving, Latency-Bounded Governance of Fusion Plasma

Genesis 1.0 presents a constraint-preserving control framework for fusion plasma that enforces real-time safety invariants under extreme operating conditions. By combining control barrier functions with physics-informed actuation, the system maintains the condition �, ensuring that plasma evolution remains within a provably safe set.

The framework introduces a critical latency bound (� ms), derived from transport dynamics and enabled by shear-induced turbulence suppression. This establishes a direct coupling between physical stabilization and computational requirements.

Extensive validation demonstrates:

zero violations across stochastic fault injection

robustness under adversarial disturbances (including 60% magnetic field collapse)

stability under partial observability and sensor noise

preservation of net-positive energy gain (�)

In contrast to passive safety approaches, Genesis enables active governance, transforming disruption-prone regimes into controlled state transitions. The results suggest that fusion stability can be enforced rather than avoided, shifting fusion systems from fragile experiments to governable, resilient infrastructures.