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? 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…
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…
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…
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…
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…
Science calculates the rotation curves of galaxies by looking at how atomic lines are shifted. Many galaxies have what is called “flat” rotation curve—which the majority of funded astrophysicists claim is evidence of dark matter. However, the known physics of twisted Birkeland Currents predict galactic rotation curves. Galaxies are concentrated…
Narrated by David Drew. Eleventh episode in the Misconception series on the EU Model. Dark Matter is oft-cited Achilles’ heel of standard cosmology. Brazenly presented as an established fact—it’s a speculative construct of mathematical inventions designed to keep this deeply flawed model alive. After four decades of searching, Dark Matter,…
According to several dating methods, many petroglyphs were created around 12,000 years ago during the Younger Dryas, roughly a thousand-year period when the climate of half the Earth suddenly cooled. In context, petroglyphs are substantial proof that the Younger Dryas was a plasma storm event. As is the geology and…
Scientists have recently discovered something quite impossible about galaxy cluster SPT2349-56 first observed in 2010 from the South Pole telescope in Antarctica. Following the usual assumption that cosmological redshift is a reliable indicator of an object’s distance from Earth, it appears to have formed just 1.4 billion years after the…
