Atmospheric Down-Conversion of the Oxygen Vibronic Mode: A Technical Note on a Curious Numerical Alignment With the Schumann Fundamenta
This technical note documents a numerical proximity between the dominant vibronic transition of molecular oxygen and the Earth’s Schumann fundamental when scaled across multiple orders of magnitude using physically motivated divisors.
No physical coupling is claimed. The observation is presented strictly as a numerical alignment, framed to test whether multi-scale frequency relationships can emerge without invoking direct interaction mechanisms.
Within the Oxygen States project, this work functions as a boundary-case probe: a deliberately constrained example designed to separate structural coincidence from causal inference.
The note is explicitly speculative and fully falsifiable, intended as a computational prompt for atmospheric electromagnetism, cavity-mode analysis, and nonlinear optics simulations.
All assumptions, scaling steps, and limitations are detailed in the full Zenodo technical note.
