Your equations are correct. The 36 THz you derived belongs to the inner mitochondrial membrane — the electrochemical engine inside every living cell. This tool maps those numbers onto the biology they describe, from the proton-motive force outward to the Schumann resonance at the planetary boundary.
When you substitute a membrane voltage into the Planck-Einstein relation, the frequency you get is not a particle and not yet a measured oscillation — it is the photon-equivalent energy scale of that electrochemical gap. That is a real biophysical quantity. It sits in the mid-infrared range where living tissue emits most of its thermal radiation.
The key the biology adds: the frequency is alive. At 150 mV (healthy mitochondrion) you get 36 THz. At 70 mV (neuron resting potential) the number shifts. In a stressed or diseased cell the membrane depolarizes and the whole frequency landscape changes. The field is not fixed — it is a direct readout of cellular health state, in real time.
This tool maps those numbers onto the structures they belong to, across three biological scales: subcellular, cell-wide, and organism field — from the proton-motive force inward to the DNA and cytoskeleton, outward through the ECM and biofield to the Schumann resonance of the Earth itself.
Adjust membrane voltage and temperature — watch which biological structures light up, what they do, and what the information cost is at each layer. Click any row to open the full biological picture.
This tool was built by Le Anna at Rooted Saviors / Stewards Under Pressure — a 508(c)(1)(A) Private Ministerial Association providing non-invasive multi-species wellness services in the Texas Hill Country.
It was created in response to the information physics work of January Walker, whose Zenodo preprints derive a characteristic frequency from the mitochondrial membrane potential using the Planck-Einstein relation. Her arithmetic is correct. What this tool adds is the biological layer — the structures those equations actually describe inside a living body, and what they mean for field-based intervention.
The coherent field biology framework used here integrates the work of Gerald Pollack (EZ water), Fritz-Albert Popp (biophotons), Michael Levin (bioelectric morphogenetic fields), Melvin Vopson (mass-energy-information equivalence), and the frontier biophysics of membrane potential as a master variable of cellular health.
Shared freely. Built for those asking the right questions with the tools they have.