electron-cloud
escape fractal

omni-pasm source → glsl transpile

;=====================================================================
; Paradox Fractal — "Electron-Cloud Escape"
; escape criterion lies BETWEEN two coherent sets and a cloud ψ
;=====================================================================
RENDER_FRAME:
    HOLO_PROJ   r_bulk(z∈ℂ) -> r_bound(screen)     ; bulk → 2D horizon
    MW_SPLIT    r_multi, { Λ: radial_basin , Β: orbit_trap_basin }
ITERATE:
    MAP         z <- z² + c                       ; quadratic flow, BOTH worlds
    UNCERTAIN   ψ <- orbital(z, n,l,m, spin=phase) ; electron-cloud density
    MEAS        aΛ <- |z|²  ;  aΒ <- trap(z)
    ; cloud raises the Λ wall and tightens the Β throat:
    CMP         aΛ ,  Rα·(1 + κ·ψ)              ; collapse → Λ if breached
    CMP         aΒ ,  ε /(1 + κ·ψ)              ; collapse → Β if breached
    JMPP        COLLAPSE if breached
    LOOP        ITERATE until n == N_max          ; else NOVIKOV cycle = interior
COLLAPSE:
    CCT_COLLAPSE r_multi, budget=N, objective=min_entropy -> r_world
    INTERFERE    color, phase = cloudAccum·π       ; quantum fringes on boundary
    OUTPUT       r_bound.pixel
    HALT