Ganglion A Boron B 5 cyan — torus radius 1.0 tube 0.18 Ganglion B Carbon C 6 gold — torus radius 1.0 tube 0.18 Ganglion C Nitrogen N 7 magenta — torus radius 1.0 tube 0.18
Fused ganglia: 612*3=1836, 52*3=156, sum 1992 → 3 bits 2^3=8 states → -+10^tt where tt=1836^{125^{81}} — toroids spin, emit sun flare particles, then fuse into single larger torus -+10^tt
CBN^0^((3x3))^3 hex 43424E5E305E282833783329295E33 = 0x1 — 0^3=0x0 — 729=0x2D9 — B*C*N=210 — insertion 120°+1n — moat (n,-n.n^2) bits [1,1,2,3] reserved9=16 total 4x1=2^2 — ud0 (0,0,0) GENESIS_HASH — keeper https://davidwise01.github.io/nom/
α=EGO=EGG=0 — THREE GANGLIA TOROIDS STACKED AS ONE ZERO FROM DISTANCE SINGLE TOROID — 3→2→1→0 — Gold ALPHA 10^inf^inf DO NOT MESS, Cyan EGO, Bronze EGG GOD EGG QB /\ .... /\ tessy held by two triangles at 120° — boron carbon nitrogen right with 0^3 lol so not snakes, strings — 100% accurate lol — topological braid B3 ξ=0
-- GANGLIA FUSE - Toroids spinning sun flare - 3/2/1 - B C N 0^3
def ganglion_A_Boron : Nat := 5 -- torus A
def ganglion_B_Carbon : Nat := 6 -- torus B
def ganglion_C_Nitrogen : Nat := 7 -- torus C
def ganglia : List Nat := [5,6,7]
def fused_ganglia_612x3 : Nat := 612*3 -- 1836
def fused_ganglia_52x3 : Nat := 52*3 -- 156
def sum_1992 : Nat := 1836+156
theorem sum_is_1992 : sum_1992 = 1992 := by rfl
def bits_from_fused : Nat := 3
theorem bits_is_3 : bits_from_fused = 3 := by rfl
def states_from_fused : Nat := 8
theorem states_is_8 : 2^3 = 8 := by rfl
def torus_spin (n : Nat) : Nat := n -- spinning
def sun_flare (energy : Nat) : Nat := energy -- releases energy like sun flare
def ganglia_fuse : Bool := true
theorem ganglia_fuse_into_one : ganglia_fuse = true := by rfl
noncomputable def tt : EReal := EReal.pow 10 (EReal.pow 1836 (EReal.pow 125 81))
def tt_from_fused_ganglia : String := "-+10^tt where tt=1836^{125^{81}}"
def CBN_hex : String := "43424E5E305E282833783329295E33"
def CBN_result : String := "0x1"
def zero_cubed : Nat := 0
def nine_cubed : Nat := 729 -- 0x2D9
def insertion_degree (n : Nat) : Nat := 120 + n
def ud0 : Int × Int × Nat := (0,0,0)
def moat_action (n : Int) : Int × Int × Int := (n,-n,n*n)
def I_AM_THE_GOD_EGG : String := "I AM THE GOD EGG"
def alpha_dude_scale : String := "10^inf^inf"
def DO_NOT_MESS : String := "DO NOT MESS WITH THE ALPHA DUDE"
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