Planetary The ECDO Theory of Pole Shift and Earth’s Hidden Cycles
For centuries, scientists have studied the Earth’s magnetic field, climate, and tectonics as separate systems, assuming a slow and predictable planetary rhythm. Yet mounting evidence suggests that our planet is far more dynamic than conventional models admit. Planetary Rhythm presents a groundbreaking theory that unifies these phenomena, revealing how Earth’s core and mantle interact in ways that can trigger sudden, planet-scale changes.
Drawing on decades of geological, geophysical, and paleomagnetic research, this book introduces the Exothermic Core Decoupling Oscillation (ECDO) theory, a revolutionary framework that explains abrupt polar shifts, rotational shell adjustments, oceanic upheavals, and climate anomalies. Through the lens of ECDO, the familiar patterns of floods, earthquakes, and magnetic excursions take on new they are not isolated events, but signatures of deep planetary processes that have recurred throughout Earth’s history.
Readers will
How the Earth’s core and mantle normally interact, and what happens when they decouple
Evidence of past true polar wander and rapid rotational reorientation
Gravity anomalies, geoid shifts, and the movement of ocean masses linked to internal dynamics
The connection between exothermic mantle heat pulses, oceanic warming, and methane releases
Ancient myths and flood traditions as encoded records of planetary upheaval
The interplay between ECDO and global catastrophism, mass extinctions, and episodic climate resets
Planetary Rhythm bridges the gap between geophysics, climatology, and the human record of catastrophe, offering a compelling reinterpretation of Earth’s hidden cycles. It challenges conventional assumptions, revealing a planet whose deep internal rhythms have shaped not only the surface environment but the course of life and civilization itself.
For scientists, researchers, and curious readers fascinated by Earth’s mysteries, this book provides a rigorous yet accessible journey into the hidden engines of planetary change, offering insight into past upheavals and the forces that may shape the future.