Neutrino Masses, Dark Matter and Cosmological Inflation in the Noncommutative Geometric Unification Framework

This work completes the Standard Model particle spectrum and cosmological inflation within the noncommutative geometric unification paradigm. Key achievements include:• Neutrino mass hierarchy mνi ∝ γi exp(−i2/2αν) with γi = (1.2, 1.5, 3.0) and dark matter stabilization via topological invariant H = 2πk• Inflationary scalar perturbations from θ-fluctuations yielding ns = 0.9658, r = 0.0032, fNL = 2.7• Entropic origin of CMB anisotropies with characteristic non-Gaussian signatureTestable predictions: |mee| = 0.021 eV (LEGEND), σSI ∝ (⟨θ⟩/Λ)4 (XENONnT), fNL = 2.7 (CMB-S4).