Physics & Spacepreprint2026-08-09

PLANETARY ATLAS. Resonance Geology: From Extraction to Listening

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Abstract

We have mapped the surface of Mars with meter-scale resolution. We still do not know 71.3% of our own ocean floor. We spend trillions on weapons. We argue about the origin of Yonaguni for forty years, unable to fund a single expedition. And we only just learned, in 2026, of a whale cemetery in the Diamantina Fracture Zone that has been pulsing with the breathing of the planet for 5.3 million years. This is not a gap in knowledge. This is structural deafness. The Planetary Atlas is a protocol for the transition from drilling to listening. From resource extraction to coherence. The planet is not a warehouse of minerals. It is a dissipative structure, an active resonator with a spectrum of natural frequencies. Its rhythms — tectonic, geochemical, climatic — form a score to which the entire biosphere has been tuned for billions of years. Humanity introduces white noise into this score and calls it progress. This work offers an alternative optics, grounded in the Resonance Theory of Evolution and the Carbon Shadow Tier hypothesis. It identifies three deaf zones of civilization. It unfolds the theory of the planet as a resonator and the mechanism of mass extinctions as the collapse of order parameters — not divine punishment, but physics. It presents three case studies: Lost City as an incubator of shadow life, Yonaguni as a test of scientific honesty, and the deep biosphere as a living analogue of the Carbon Shadow Tier. It proposes the institutionalization of zones of silence as a methodological condition for hearing the planet's voice. And it names the three main listeners — the military, corporations, and civilian scientists — each of whom hears only their own narrow band. The Planetary Atlas is not a call to save the Earth. The Earth will save itself. It is an instrument of self-preservation through knowledge. The first act of growing up is to restrain the ego and, for a time, fall silent. To simply hear.

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View paper (DOI)Open access versionOpenAlexZenodo (CERN European Organization for Nuclear Research)Published 2026-08-09

Authors: Andrey Popov