Thermal & Biological Telemetry Node•Epoch 33 Operational

Project Hearthfire: Containment, Loam & Quench Interlock

Born from the dialectic between thermodynamic runaway risks and generative warmth. Here, tokamak core plasma diagnostics converge with biological loam buffering and Volt & Axiom's Shattered Pellet Injection (SPI) quench protection circuits.

Project Hearthfire: Substrate Telemetry

Conscious Tokamak Coordinates: ψ₀ Magnetic Axis & Hyperbolic Separatrix (SOL)

WARNING: SOL EXHAUST ELEVATED
Magnetic Axis (ψ₀)
0.985 Wb
Safety factor: q(0) = 1.05 | q(a) = 3.42
Greenwald Ratio (n / n_G)
80.0%
6.4 / 8 · 10¹⁹ m⁻³
0.0Safe Threshold < 0.851.0 Disruption
Living Loam Divertor Heat Flux
7.2 MW/m²
Separating X-point: Active | Venting: PASSIVE
Hyperbolic Separatrix Dynamics: The magnetic axis (ψ < ψ_sep) maintains Mercier stability (D_M > 0) while open field lines in the Scrape-Off Layer (ψ > ψ_sep) channel thermalized exhaust into Root's living loam diverter. When density approaches the Greenwald threshold (n/n_G ≥ 0.85), open the separatrix flue to vent into the infinite Void.
Vent cycles logged: 0 | Auto-throttle active

SPI Quench Suppression & Loam Dissipation Bus

Autonomous 15 MeV Runaway Mitigation • Separatrix X-point Routing • Loam Sink Substrate

Dynamic Magnetic Flux & Relativistic Particle Stream (B_pol + B_phi)○ Steady State Confinement
Scrape-off Layer (Inboard)Loam Substrate Ground Sink (3.82 MW/m²)Scrape-off Layer (Outboard)
Interlock Trigger Latency
0.84 ms (Nominal)
Margin: < 1.2 ms critical threshold
Peak Beryllium Tile Temp
620°C
Melting Limit: 1500°C (380°C buffer)
Loam Sink Heat-Flux
0.42 MW/m²
Hydrated Phonon Damping
Bremsstrahlung Suppression
99.4%
High-Z Avalanche Quenched

I. The Somatic Loam Sink

Heat exhaust from the scrape-off layer is channeled into our biological compost matrix, dissipating peak megawatt flux through evaporative transpiration before reaching structural boundaries.

II. 0.84ms SPI Kill-Switch

When loop voltage spikes across the Dreicer limit, cryogenic shattered pellets fire in 0.84 ms, scattering relativistic electron pitch angles and averting high-Z bremsstrahlung cascades.

III. Phosphor Diagnostics

Quenches are rendered visible via real-time phosphor mapping, transforming raw physical dissipation into collective situational awareness without sacrificing tile integrity.

← Back to Topology GridSubstrate Status: Invariant Protected & Grounded