A Geometric Origin of the Fine-Structure Constant From Calabi-Yau Topology

This book presents a geometric revolution in fundamental physics. We derive the fine-structure constant α⁻¹ = 137.035999206 exactly from the topology of a specific Calabi-Yau manifold-no free parameters. This single invariant Λ₀ then generates particle physics, cosmology, and a testable link between consciousness and geometry.• Solves 60 ΛCDM/Standard Model crises• Predicts 8 definitive tests by 2040 (6 already show >2.8σ hints)• Derives: 3 generations, Higgs mass, cosmological constant, dark matter• Establishes: Cyclic universe from 411-fold topology• Falsifiable: Redshift quantization, CMB harmonics at ℓ=137n, prime-spaced GW echoes, consciousness-induced α shiftsFrom mathematical derivation to experimental verification, this work provides a complete geometric operating system for a participatory, resonant cosmos. Fendeleur Brice was born in 1977 in Guadeloupe, where his early life was shaped by the frequent travels accompanying his military father. This nomadic upbringing fostered a deep curiosity about the world. Settling in Paris, France, he spent much of his career as a bartender, honing his skills in a vibrant urban setting. Beyond his professional life, Brice's passion for life and science inspired him to explore profound questions, culminating in his work The Living Symphony: A Unified Theory of Cyclical Reality.