The Building of Mountains
The Electric Earth: A New Perspective on Geology
There is a video you may want to watch (link provided below) that challenges our fundamental understanding of geology. Over the last decade, a small but brilliant group of scientists adhering to the Electric Universe Theory has been rewriting much of what was once considered “settled science.” Often, “settled science” is a term used by modern-day “high priests” to protect a specific creed where dissenting opinions are dismissed. However, the evidence suggesting a different reality is becoming hard to ignore.
Beyond the “Geology Creed”
You may have wondered how mountains actually form. The standard “Geology Creed” claims that mountain building is solely the result of tectonic plates and millions of years of gradual erosion by wind, water, and plants. Yet, there is a distinct lack of physical evidence for this slow-motion narrative. In this compelling presentation, Andrew Hall proposes instead that Earth’s major geological features were shaped rapidly by colossal plasma storms and electrical currents.
Plasma Orogeny and Planetary Parallels
Hall introduces the concept of “plasma orogeny”—the electrical building of mountains. He points out that Earth’s topography shares striking similarities with the atmospheric patterns seen on Jupiter. Hall asserts that these are plasma storms; by observing the fractal patterns and “figure-8” configurations in Jupiter’s clouds, he draws direct parallels to specific mountain formations on Earth. He argues these shapes are the literal “scars” of electrical circuitry within the solar system interacting with a planet’s surface.
Supersonic Winds and Geometric Precision
The presentation further explores the role of supersonic winds and shock waves in sculpting the Earth. Hall reinterprets “flatirons”—those triangular, fin-like mountain structures—as the physical remains of sonic shock waves.
He argues that the geometric precision of these formations, including tetrahedral shapes, cannot be explained by random erosion. Standard erosion rounds edges; it does not create sharp, consistent geometric angles. Hall compares these features to “separation bubbles” found in wind tunnels and patterns observed on iron meteors.
Petrified Tornadoes and Dusty Plasma
The video also introduces “expansion fans” and “lambda feet” in a geological context. Hall identifies mountain ranges that align perfectly with the physics of supersonic downbursts and shock wave reflections. He suggests that what geologists currently classify as “slip faults” are actually compression waves caused by intense electrical events.
Furthermore, he describes certain spiral rock formations as “petrified tornadoes,” where charged dust was instantly deposited and held in place by powerful electrical forces. This process is driven by “dusty plasma”:
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Mechanism: Particles carry an electrical charge.
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Driver: Supersonic winds move these particles at incredible speeds.
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Result: Particles adhere to the ground electrostatically, building massive landforms in a very short period of time.
The Earth as a Capacitor
Ultimately, Hall suggests the Earth should be viewed as a spherical capacitor. In this model, the electric field shapes the weather today and, in the distant past, shaped the land itself. By viewing Earth as part of a larger web of electric circuits spanning the universe, we can finally explain high-energy anomalies that the standard model cannot—such as the Grand Canyon. The traditional theory that the canyon was formed by water erosion—despite a mysterious lack of downstream silt—simply does not hold up to scrutiny.
Hall suggests that gravity-based theories have failed to explain nature’s mysteries, and it is time we look to the power of the electric force. Here is the video link: (https://www.youtube.com/watch?v=t-0vmvmh8NE&t=1318s)