L0 · Foundation · Kronos Fusion Energy

L0 · Foundation

Cloud HPC, bare metal, and supercomputing — the offline multi-physics and batch-training substrate.

L0 · Foundation — its place in the stack (left, click any layer) and its internal components (right). Telemetry rises; control descends.

What this layer does

Cloud HPC, bare metal, and supercomputing — the offline multi-physics and batch-training substrate. Every page in this section is part of the same control stack — click any card to go deeper, or return to the Master Blueprint to see how it connects.

Explore this layer

Activation and Material Damage Modeling Ambipolar Potential Solver Bare-Metal Provisioning and Determinism Batch Retraining Pipeline Checkpointing and Fault Tolerance Cloud HPC vs Bare-Metal Compute Cold, Warm, and Hot Storage Tiers Compute Scheduling and Orchestration Containerized Simulation Environments Coupled Multi-Physics Coupling Mathematics Data Escalation Tiers Deterministic Simulation Seeds Disruption Simulation for the Breeder Distributed Training Strategy Exascale Considerations Finite-Element Discretization GNN Training on Sensor Topology GPU Cluster Architecture GPU Clusters for Millisecond Twin Synchronization Grad-Shafranov Equilibrium Solver Farm Gyrokinetic Turbulence Simulations Hyperparameter Search Farm Interconnect Fabric and Collective Communication MHD Simulation Workloads Mixed-Precision Numerical Strategy Monte Carlo Variance Reduction Negative-Triangularity Shape Scans Neutronics Monte Carlo for the Breeder Neutronics Monte Carlo for the Burner Nuclear Cross-Section Data Pipeline PINN Training Workloads Petabyte Pulse Histories Reproducibility of Compute Storage Array Architecture Supercomputing for Offline Multi-Physics Monte Carlo Surrogate Model Generation Tandem-Mirror Equilibrium for the Burner The Compute Substrate The Edge-to-Cloud Pipeline The Hardware Abstraction Layer The L0 Foundation Layer The Latency Gradient The Mathematics of the Simulation Workloads The Neutron Transport Equation The Twin Refinement Loop Time-Integration Schemes Training-Data Curation from Pulse Histories Transport Simulation Workloads Tritium Breeding Ratio Parameter Sweeps Uncertainty Quantification Verification and Validation of Simulation Codes Why Offline Compute Is Separated from Real-Time

L0 · Foundation

What this layer does

Explore this layer

Related