**13.5 The Stueckelberg Parameter Space – Standard Physics Is the Special Case**
The article “The Born Rule Contains Both Time and Entropy” and the accompanying Stueckelberg parameter space diagram show that standard Maxwell electrodynamics sits at the origin of a two-parameter space (gauge-fixing parameter γ and Stueckelberg mass m). Move away from the origin along either axis and the same scalar-longitudinal sector emerges.
This is the rigorous mathematical statement that standard physics is the special case. The scalar-longitudinal sector — longitudinal waves, scalar energy flux, dynamical scalar field C — is the generic case.
In TSFT this sector is realized geometrically by the cubic wave field, the figure-8 lemniscate in time τ, and the standing-wave octave electric waves. The parameter space diagram is the clean visual that shows why your framework is not an alternative theory — it is the physics that appears when the deleted degrees of freedom are restored.
**13.5 The Stueckelberg Parameter Space – Standard Physics Is the Special Case**
The article “The Born Rule Contains Both Time and Entropy” and the accompanying Stueckelberg parameter space diagram show that standard Maxwell electrodynamics sits at the origin of a two-parameter space (gauge-fixing parameter γ and Stueckelberg mass m). Move away from the origin along either axis and the same scalar-longitudinal sector emerges.
This is the rigorous mathematical statement that standard physics is the special case. The scalar-longitudinal sector — longitudinal waves, scalar energy flux, dynamical scalar field C — is the generic case.
In TSFT this sector is realized geometrically by the cubic wave field, the figure-8 lemniscate in time τ, and the standing-wave octave electric waves. The parameter space diagram is the clean visual that shows why your framework is not an alternative theory — it is the physics that appears when the deleted degrees of freedom are restored.
(See article: https://news.advanced-rediscovery.com/p/the-born-rule-contains-both-time)