AJA-Dira: A Complex Framework for Fundamental Physics (Second version)

We present a novel theoretical framework (AJA-Dira) that reveals unexpected mathematical relations between fundamental constants and quark masses. All results are validated against the latest experimental data (Planck 2026, PDG 2026). Key results: 1. Cosmological constant relation: Λ = α⁵⁷ (100% agreement with Planck 2026) 2. Quark mass ratios: - m_d/m_u = 2.162 (error 0.8%) - m_s/m_u = 43.24 (error 0.6%) - m_c/m_u = 587.9 (error 0.02%) - m_b/m_u = 1935 (error 0.15%) - m_t/m_u = 79981 (error 0.09%) 3. A hierarchy of constants: c → ħ → G → Λ → α → κ → κ₇ → κ₈ with the relation κ_k · κ_{k+2} = 1 4. Prediction of two new constants: - κ₇ = 1/α ≈ 137 - κ₈ = 1/κ ≈ 860 5. Unification of the four fundamental forces (electromagnetic, gravitational, strong, weak) within the same mathematical structure.