BIOS v4.0 thermal_core
RAM OK . . . 128MB physics engine loaded
DISK OK . . . 4 simulation modules detected
Initialising SubZero Thermal Design Engine . . . [OK]
RAM OK . . . 128MB physics engine loaded
DISK OK . . . 4 simulation modules detected
Initialising SubZero Thermal Design Engine . . . [OK]
SUBZERO
Multi-system thermal design engine. Simulate, optimise, and place cooling and heating systems using real physics — from beer cans to skyscrapers.
v4.0 — Structural + Thermal Design Engine
[LIVE API]
SubZero v6 Backend Dashboard
Unified API control surface for optimizer, sustainability scoring, fusion signals, ingest/finalize, blockchain, bridge, and advanced simulation endpoints.
- Direct access to /optimize with topology + render payloads
- Sustainability-weighted objective scoring and material-aware outputs
- v1-v6 fusion signal payload exposed per winning config
- Operational endpoints: /health, /simulate, /ingest/bitstream, /session/finalize
[LIVE]
SubZero Stubby
Beer can rapid-cooling simulator. Multi-stage cooling with magnetocaloric, Peltier, JT expansion, and CO2 sealed-lid mechanisms.
- 4-stage cooling cascade (magneto / Peltier / JT / airflow)
- CO2 sealed-lid with vacuum-assist and expansion bladder
- Surface temp optimisation (comfort + pain thresholds)
- Auto-optimizer sweeps 1000+ configurations
[LIVE]
SubZero Esky
Portable cooler box simulator. Ice melt physics, wall insulation, solar loading, lid-open penalties. The science of keeping a slab cold at the beach.
- Ice melt thermodynamics (latent heat, drainage)
- Multi-layer wall construction (foam, vacuum, reflective)
- Solar gain modelling (direct sun, shade, partial cover)
- Lid discipline simulator + drunk uncle mode
[LIVE]
SubZero Cool
Residential and commercial cooling engine. 5 climate zones, 10+ cooling systems, real sun path, brute-force geometry optimisation.
- Real solar position model (Spencer 1971, per-wall gain)
- Vacuum evaporative, magnetocaloric, desiccant, earth tubes
- Brute-force geometry sweep (4000+ combos)
- System placement guide for surveyors and builders
- Skyrise mode with urban heat island and stack effects
[LIVE]
SubZero Circuits
Electrical topology optimizer. Impedance matching, path compression, blockchain routing, and supercomputing interconnect design via V1-V6 knot topology.
- Microstrip Z₀, S11, VSWR, skin depth — Hammerstad formula
- Path compression: short knot paths → maximal data folding
- Blockchain routing: latency, propagation, consensus cost
- 8 supercomputing topologies: Fat Tree, Dragonfly, Torus-3D...
- Sim-driven topology: live API → circuit params
[LIVE]
SubZero Cascade
8-level bottom-up design optimizer. Material physics → trace topology → thermal flows → power delivery → signal routing → component placement → system architecture → algorithm compression.
- Cascading constraint piping (outputs → inputs)
- Sacrifice logic: trade level N performance for level N+1 simplicity
- Physics-based: material k, impedance, thermal zones, power domains
- Snowball growth: discoveries compound through 8 levels
- Real-time visualization of optimization cascade
[LIVE]
SubZero Heat
Residential heating engine. Waste heat recovery, heat pumps, passive solar, thermal mass. Plus spacecraft thermal management.
- Waste heat capture from cooling exhaust (46C+ surface)
- Heat pump COP modelling across cold climates
- Passive solar + thermal mass charging strategies
- Space thermal mode (LEO orbit, radiative only)
- Snow insulation modelling and ice physics
Magnetocaloric
Peltier
Joule-Thomson
Vacuum Evaporative
Psychrometrics
Solar Position
Earth Tubes
Radiative Sky
Phase-Change
Desiccant
Ground-Source
Stack Effect
Structural
Pressure Vessel
Wind Loading