Experimental analysis supports unified physical phenomena through a single structural constant in various domains, suggesting a new perspective on fundamental physics.
Key Points
The research aims to test the structural constant L = 0.25 across different physical domains to identify unifying principles.
Analyzed the Hessian spectrum to construct observables without external parameters.
Investigated elastic proton-proton scattering using data from TOTEM.
Examined Odderon observations in collaboration with DØ.
Extended studies on heavy doubly charmed states from LHCb.
Studied gravitational-wave echoes to determine interferometric scales.
The structural constant L = 0.25 consistently organizes multiple physical phenomena.
Findings include support for a gravitational hierarchy and a leptonic arrangement.
The analysis showed consistency in experimental measurements from independent domains, reinforcing a unified theoretical framework.