Electric Biology | Thunderbolts Short
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Richard Moore: A Brief History of Cosmology | Thunderbolts
The story of our collective understanding of cosmology over several millennia—as told from the western society point of view. Beginning with the epicycles of Claudius Ptolemy, celestial spheres of Nicolaus Copernicus, ellipses of Johannes Kepler, to Galileo Galilei’s discoveries, Gottfried Leibniz’s calculus, and of course, Isaac Newton’s Laws of Motion….
Thornhill’s POV: Electric Gravity in an Electric Universe, Part 2 | Thunderbolts
A reading of the article “Electric Gravity in an Electric Universe” by Wal Thornhill. Second episode of a two-part presentation. Narrated by David Harrison, proprietor of Stickman On Stone. Gravitationally, the Earth ‘sees’ the Sun where it is this instant—not where it was more than eight minutes ago. Newton’s famous…
Donald E. Scott: Birkeland Currents & Weather | Thunderbolts
Our planet’s polar wind patterns are driven from the outside—not by any surface or internal Earthbound processes or ‘dynamos’. The main external source of these polar winds is the varying strength and direction of the Birkeland Current stream of electrically charged particles it delivers—both to and from the Sun. Author…
Stuart Talbott: Impossibly Efficient Exoplanet Genesis | Thunderbolts
In 2025, three massive gas giant exoplanets, around 130 light-years from Earth, were examined using data from the James Webb Space Telescope. These exoplanets, dubbed Super-Jupiters, are 5-to-10 times the mass of the largest planet in our Solar System. A detailed analysis detected uniformly enriched atmospheres with heavy elements including…
What does Entropy have to do with the Sun and Nuclear Fusion?
What does Entropy have to do with the Sun and Nuclear Fusion? by Mathias Hüfner Abstract: The text develops its own structure-based understanding of entropy as an ordering relation and connects it to questions of solar physics and nuclear fusion. The argument proceeds in three main steps: the redefinition of…
Andrew Hall: Discovering Mach Stems | Thunderbolts
When plasma storms engulfed Earth, the shock waves produced such extreme heat and pressure that it ionized the air—creating a charged conduit between an electrical storm and the surface of the ground—evacuating matter leaving sharp geometric cuts in rock. It was apparent these cuts and notches were the effect of…
Michael Clarage: Picture the Cosmos Like a Russian Doll | Thunderbolts
To better understand how electric currents create magnetic fields, Michael studied data from galactic core, interstellar, and intergalactic filaments—focusing on four parameters: density, temperature, magnetic fields, radius. Take the human body which is filled with all kinds of filaments, vessels, tubes—connecting, transporting, communicating. The body of the galaxy is just…
Stuart Talbott: Electric Enceladus Shocks Scientists | Thunderbolts
For over fifty years, Saturn and Jupiter have provided extraordinary laboratories in space for testing the core tenets of the Electric Universe Model of Cosmology. In 1979, Voyager 1 captured the first images of Jupiter’s moon Io which revealed filamentary structures exploding hundreds of kilometers into space. Mainstream science concluded…
Ev Cochrane: Hathor as the House of Horus | Thunderbolts
Egyptologists have long observed the Egyptian language as concrete in nature—representing natural objects with pictographs. How to then are we to understand the mother goddess Hathor as an enclosure of the Horus-star? Whose familiar with the work of David Talbott and Ev Cochrane know they propose that Venus formerly appeared…
