the product · flasmon

the three-scale ledger

three-scale ledger: cell, cluster, container — Scale 1 — one twin-tube cell: **2.64 kW_e** at the 7-sun point (12-row tower; η_mono(K 767) = 0.335 [derived: EQE 0.99 [T NREL/SPWR 2013] × diode theory; FF 0.80 MODEL]). Scale 2 — the 7-cell hex cluster: **18.5 kW_e** — two GPU/Kimi-K3-class nodes: *"the device powers the intelligence that designed it."* Scale 3 — the 40-ft container: N = 200 cells [ESTIMATE at HX/plumbing density] → **0.53 MW_e**, fuel ≈ 5.9 MW_th, H₂ ≈ 176 kg/h. regen: uv run --python 3.12 --with numpy --with matplotlib python flasmon/fig_p_scales.py

scale	W_e	fuel in	note
1 — twin-tube cell	2.64 kW_e	29.4 kW_th	the unit · 7 suns on facet · η_mono 0.335
2 — hex cluster ×7	18.5 kW_e	206 kW_th	two GPU/Kimi-K3-class nodes
3 — 40-ft container	0.53 MW_e	5.88 MW_th	N = 200 [ESTIMATE] · H₂ 176 kg/h · the data-center pitch

eye-dim, silicon-bright

K radiance render — what the cell sees at 767 nm [MODEL — render]

K honest dim — what the eye sees [MODEL — photometric honest dim]

the field, two ways

T(r,z) and emission density maps — T(r, z) of the swirl-stabilized core (2530 K core / 2090 annulus / 1152 wall) and where the light is born — emission density E(r, z) inside the core, the reversal skin at the edge. regen: uv run --python 3.12 --with numpy --with matplotlib python flasmon/fig_p_fields.py

what the outside spectrometer sees, as μ climbs

escape spectrum vs mu — the self-reversed D doublet at μ = 0 / +0.25 / +0.4 / +0.6 eV (generalized-Planck source × Holstein escape): the dip fills as the drive rises — the flasmon signature, readable from outside the device. regen: uv run --python 3.12 --with numpy --with matplotlib python flasmon/fig_p_escape.py

live — not an image

The coupled solvers running in your browser: exploded assembly, T(r,z), emergent spectrum, section cuts. Drag things.

the full evidence chain

the potassium case — spectral match, the drive, the water ladder, the mirror trade, the twin-tube stack, and the "what was run" table: flasmon.com/potassium ↗