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 SNincludes curvature couplings via β (N), gauge-kinetic modulationsZA (N) for SU (3) ×SU (2) ×U (1), N-dependent Yukawa terms Y (N), anda symbolic sector S₃=₁₂. Modified Einstein equations incorporatean effective energy-momentum tensor T^ (N) ⏛⏜. The frameworkpredicts: anomalous resonance spectra in colliders, minute variationsin effective constants αEM and θₑff under N-field gradients, cosmological signatures in CMB and gravitational wave backgrounds, and CP-violating EDM corrections. The model is thermodynamicallyconsistent via entropy accounting ΔSₜotal ≥ 0. Theoreticalprediction of element Z=123 (A=323) with nuclear binding energyΔEN = 33. 075 MeV using semi-empirical mass formula is included. Constants: κ=1. 0038, η=0. 873.
Jesus Leon Bolaños (Sun,) studied this question.