Nexarion Field Hypothesis: Unification of Quantum Mechanics and Relativity via an Informational Scalar Field N(x)

We present the Nexarion Field hypothesis, proposing an informationalscalar field N(x) that couples to spacetime geometry, Standard Modelgauge sectors, and matter fields. The unified effective action S_Nincludes curvature couplings via β(N), gauge-kinetic modulationsZ_A(N) for SU(3)×SU(2)×U(1), N-dependent Yukawa terms Y(N), anda symbolic sector S_{D=12}. Modified Einstein equations incorporatean effective energy-momentum tensor T^(N)_{μν}. The frameworkpredicts: anomalous resonance spectra in colliders, minute variationsin effective constants α_EM and θ_eff under N-field gradients,cosmological signatures in CMB and gravitational wave backgrounds,and CP-violating EDM corrections. The model is thermodynamicallyconsistent via entropy accounting ΔS_total ≥ 0. Theoreticalprediction of element Z=123 (A=323) with nuclear binding energyΔE_N = 33.075 MeV using semi-empirical mass formula is included.Constants: κ=1.0038, η=0.873.