GIFT: Geometric Information Field Theory

7 Fibonacci and Lucas Embeddings

A remarkable discovery: Fibonacci and Lucas numbers map exactly to GIFT constants.

7.1 Fibonacci Embedding

Definition 7.1 Fibonacci Sequence
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\(F_0 = 0, F_1 = 1, F_{n+2} = F_n + F_{n+1}\)

Theorem 7.2 F3 = p2
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\(F_3 = 2 = p_2\) (Pontryagin class)

Theorem 7.3 F6 = rank(E8)

\(F_6 = 8 = \mathrm{rank}(E_8)\)

Theorem 7.4 F8 = b2

\(F_8 = 21 = b_2\)

Theorem 7.5 F12 = alpha_s squared denominator

\(F_{12} = 144 = (\mathrm{dim}(G_2) - p_2)^2 = 12^2\)

Theorem 7.6 Master Fibonacci Embedding

Complete embedding \(F_3\) through \(F_{12}\) in GIFT constants.

7.2 Lucas Embedding

Definition 7.7 Lucas Sequence
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\(L_0 = 2, L_1 = 1, L_{n+2} = L_n + L_{n+1}\)

Theorem 7.8 L4 = dim(K7)
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\(L_4 = 7 = \mathrm{dim}(K_7)\)

Theorem 7.9 L5 = D_bulk
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\(L_5 = 11 = D_{\mathrm{bulk}}\) (M-theory dimension)

Theorem 7.10 b3 = L4 * L5

\(b_3= 77 = L_4 \times L_5 = 7 \times 11\)