A 346.17 GeV tt̄ Mass from the Pi–Phi Light Framework: Comparison with LHC Toponium Observations
A 346.17 GeV tt̄ Mass from the Pi–Phi Light Framework: Comparison with LHC Toponium Observations
This manuscript is a revised version of an earlier Zenodo upload. The revision was undertaken to clarify the timeline and framing of an experimental comparison involving a reported $t\bar{t}$ (toponium) threshold enhancement. An initial version referred to the public announcement of the experimental result; subsequent review identified that the corresponding arXiv preprint was posted prior to the public announcement. The present version corrects this point in good faith by removing any implication of experimental priority, while preserving the documented numerical values and the underlying theoretical framework. No changes have been made to the tabulated mass scales or to the numerical comparison itself. The revision concerns only editorial framing and clarification of chronology, in the interest of precision and transparency in scientific communication. The paper now presents the comparison strictly as a numerical consistency check between an independently archived framework result and subsequently reported experimental data. ENSO Framework, pleaase contact Eric Needham:ensotheory1@gmail.com
Toponium, Zero-parameter prediction, Beyond Standard Model phenomenology, Geometric scaling, LHC phenomenology, Particle mass prediction, Fundamental constants, Recursive mass spectrum, Top–antitop bound state, Pi–Phi Light Framework, Scalar and vector resonances, Mass quantization, Particle discovery prediction, Quantum chromodynamics
Toponium, Zero-parameter prediction, Beyond Standard Model phenomenology, Geometric scaling, LHC phenomenology, Particle mass prediction, Fundamental constants, Recursive mass spectrum, Top–antitop bound state, Pi–Phi Light Framework, Scalar and vector resonances, Mass quantization, Particle discovery prediction, Quantum chromodynamics
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