Pulsar Timing Evidence for Aetherium Theory Beyond GR Rev1

This paper is part of the Aetherium Applications Phase, which explores the physical, cosmological, and observational consequences of the Aetherium substrate and its coherence dynamics.

This study demonstrates that pulsar timing behavior reveals patterns of coherence, precision, and spectral sharpness that extend beyond the explanatory scope of General Relativity. By analyzing six representative pulsars with a reproducible dashboard framework, we showed that correction effort (Δt_coh), residual scatter, and resonance strength are interdependent but not proportional. Millisecond pulsars achieve extraordinary
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stability with negligible corrections, relativistic binaries highlight coherence effects beyond orbital dynamics, and noisy systems underscore misalignment with substrate dynamics.