QICT Note: Why Experiments Highlight 470 GeV (and Other Scales) Reconciling Collider “Heavy Scales” with the QICT Golden-Relation Structural Band at 58.1GeV

In the QICT programme, mass is not an intrinsic invariant but an operational certification cost governed by an audit depth and an information-copy (certification) latency. Separately, a QICT Golden Relation for the singlet-scalar mass yields a structural reference band centered on m₀ = 58.1±1.5 GeV. Collider searches for type-III seesaw heavy leptons, however, report a sequence of characteristic mass limits (e.g. 335 GeV, 470 GeV, 790 GeV, 870 GeV, 910 GeV in ATLAS; 840 GeV and 880 GeV in CMS), all quoted at 95% CL and accompanied by “no significant excess” statements. This note explains, in a logically closed manner, why an analysis may foreground a particular high scale such as 470 GeV rather than the lower structural value: (i) the collider numbers are limits, not directly measured resonance peaks, and (ii) in QICT, the reconstructed event-scale mass corresponds to a regime-dependent effective mass m_eff that can occupy stable plateaus when the certification latency compresses toward a speed-limit bound. The existence of multiple reported scales strengthens the defense by showing that the highlighted number depends systematically on channel content, luminosity, and statistical procedure, consistent with a regime/plateau picture rather than a unique intrinsic mass.