⬡ TELEPASM

@DICT
    DICT d0, Q_MANDEL, "Complex_Plane"
    DICT d1, Q_ITER,    "Iteration_Count"
    DICT d2, Q_ENTROPY, "Black_Hole_Entropy"
    DICT d3, Q_HORIZON, "Event_Horizon_Radius"

@MANDELBROT_SENSOR
    ; — initialise boundary registers —
    VAC   b0              ; c  (complex coordinate)
    VAC   b1              ; z  (current orbit)
    VAC   b2              ; n  (iteration counter)
    VAC   b3              ; S  (entropy accumulator)

    ; — map pixel coordinate → semantic gauge —
    QSET  b0, Q_MANDEL
    GAUGE b0, b0          ; coordinate transform

loop:
    ; z ← z² + c  (semantic superposition)
    ADDP  b1, b1, b0
    ASK   Q_ITER          ; collapse iteration state
    COLL  r2, b2         ; read n

    ; — probe entropy gradient —
    PROB  r_ent, b3
    JMPV  diverged, b3  ; if vacuum → diverged

    ; — check horizon (|z| > 2) —
    CORR  r_h, b1, b1
    JMPB  loop, b2     ; continue until stable

diverged:
    ; — collapse to entropy eigenstate —
    NOV   b3              ; Novikov self-consistency
    COLL  r_ent, b3
    SAVEB b3, d2        ; store entropy in dictionary
    PRINT r_ent
    HALT