HBF Reactor 3Ddigital twin
REDUCED MODEL — NOT A FIRST-PRINCIPLES REACTOR PREDICTION. A hybrid
fluid-plasma + weighted-macro-particle model of a linear mirror confinement device runs in your browser via the
real
reactor3d_core kernel. Every particle, event, hit and energy figure comes from the simulation state;
the toroidal-style coils are the machine's magnets, not a tokamak claim. Fidelity is labelled and reduced. No net-energy
or reactor-performance claim.Loading sample run…
REDUCED · 3D-L1
idle
Scenario
Layers
frame 0
Inspect
alpha (active)
fusion event
plasma density
detector / hit
DirectConvert
escaped
Click an alpha to trace its origin.
Energy ledger (alpha budget, joule)
Run identity & actions
Fidelity & honesty
3D-L1 is a reduced, loss-aware model: per-cell 0-D plasma energy balance (no full transport), an analytic mirror-field abstraction, Poisson-sampled fusion events, weighted alpha macro-particles pushed with a Boris integrator, and an exact alpha-energy ledger. 3D-L0 is an ideal upper bound (loss-free collector, no collisional stopping). Both are research/education visualizations — not an engineered reactor design or a validated performance prediction. High-fidelity truth runs (WarpX/Geant4) and external review are future work (roadmap).