Science For Peace; Based on the Cosmological Thermosynthesis Theory v3.2

Science For Peace: Ten Chapters Based on the Cosmological Thermosynthesis Theory (TTC v3.2) This collection presents the complete "Science For Peace" series, a rigorous theoretical framework grounded in the Cosmological Thermosynthesis Theory (TTC v3.2). The work unifies particle physics, quantum gravity, cosmology, and engineering applications through a single primordial superfluid of ultralight scalar bosons (etherions) with mass me=(1.00±0.05)×10−22me=(1.00±0.05)×10−22 eV, constrained to a topological sector defined by linking numbers L123=1/2L123=1/2 and L12=1/2L12=1/2. Chapter 1: Non-Singularity and Thermodynamic Foundations — Establishes the ontological basis of TTC v3.2, demonstrating intrinsic non-singularity through entropic crystallization of the etherion superfluid and introducing the positivity lemma Γg⋅ΔS>0Γg⋅ΔS>0 as the microscopic engine of emergent gravity. Chapter 2: Mathematical Formalism of the Etherion Field — Provides a self-contained derivation of the covariant Klein–Gordon equation on a compact, globally hyperbolic Lorentzian manifold, proving existence, uniqueness, and regularity of solutions, and bridging to the Gross–Pitaevskii equation in the non-relativistic limit. Chapter 3: Primordial Superfluid, Density ρeρe and Coherence Length ξξ — Derives the superfluid density ρe∼10−27ρe∼10−27 kg/m³ and coherence length ξ≳1012ξ≳1012 m, enabling interplanetary quantum coherence and providing the foundation for entropic corrections in propulsion and thermal management. Chapter 4: Emergent Gravitational Gradient Γg(N,r)Γg(N,r) and Entropic Change ΔS(N)ΔS(N) — Formalizes the maps Γg=GNme/r2Γg=GNme/r2 and ΔS=kBln⁡NΔS=kBlnN, proving their product positivity and demonstrating how this mechanism unifies molecular binding corrections, radiological shielding, and cyclic cosmology. Chapter 5: Emergent Cosmological Dynamics and Non-Singular Cycle — Derives a modified Friedmann equation incorporating entropic corrections, proving the existence of a stable, non-singular cyclic solution with period T=24.93T=24.93 Gyr, resolving the cosmological singularity problem. Chapter 6: Dynamic Equation of State of Dark Energy — Obtains the Chevallier–Polarski–Linder parametrization w(a)=−0.717−1.72(1−a)w(a)=−0.717−1.72(1−a) from superfluid entropy evolution, fully compatible with DESI DR2 data, while simultaneously resolving the Hubble tension with H0=67.66±0.42H0=67.66±0.42 km s⁻¹ Mpc⁻¹. Chapter 7: Particle Physics — Entropic CP Violation and Baryonic Asymmetry — Derives the entropic CP-violation measure ΔSCP=kBηΓgtPΔSCP=kBηΓgtP, simultaneously accounting for the cosmic baryon asymmetry and predicting a neutrino CP phase δCP≈266∘δCP≈266∘, testable by DUNE and T2HK. Chapter 8: Starship as Scalable Platform for Validation and Technological Reconversion — Formalizes Starship as a multi-regime engineering architecture enabling deployment of precision instruments to test TTC predictions, transforming dual-use aerospace technologies into instruments of shared scientific validation. Chapter 9: Reconversion of Military Capabilities and Budgetary Reallocation — Proposes a game-theoretically stable reallocation of 20% of global military expenditure (12% scientific, 8% social) toward TTC validation and human development, grounded in the democratizing spirit of the 1918 Córdoba University Reform. Chapter 10: Final Synthesis and Peace Projection — Consolidates the complete TTC v3.2 framework, delineates epistemological boundaries, and affirms the guiding principle: "Si Quieres Paz, Abre El Camino A La Ciencia" (If You Want Peace, Open the Path to Science). All chapters maintain strict mathematical rigor: definitions specify domains, codomains, hypotheses, and functional spaces; lemmas, propositions, and theorems include explicit hypotheses and formal proofs. The framework yields falsifiable predictions for near-future missions (LISA, CMB-S4, DUNE, Euclid, Starship-deployed sensors) while affirming science as a pathway to global cooperation. Author: Adrian G. FernandezAffiliation: Quilmes AstroClub, Buenos Aires, ArgentinaContact: adrianferxxv@gmail.comLicense: Creative Commons Attribution 4.0 InternationalKeywords: Cosmological Thermosynthesis Theory, TTC v3.2, etherion superfluid, emergent gravity, cyclic cosmology, entropic optimization, Starship validation, science diplomacy, non-singular bounce, dark energy dynamics