A scientific discovery is changing mainstream astronomy’s belief on solar system formation.
In the Standard Model, a solar system forms when a parent star is born by the glacially slow process of gravitational collapse, then planets form in a flat nebular cloud. Supposedly, the leftover debris spawns comets, asteroids, and meteoroids.
In the Electric Universe Model, both planet and star formation is exponentially more rapid, with both stars and gas giant planets forming along filamentary networks of Birkeland Currents. Rocky planets are born individually—ejected from the cores of gas giants.
Initial observations of the Milky Way solar system LHS 1903 appeared “normal” when the order of planets closest to the parent red dwarf star were a rocky planet followed by two gas giants. However, the fourth most distant world was discovered to be an unexpected rocky planet.
Independent researcher Stuart Talbott dissects a scientific solution on par with the EU Model of planet formation—a small step in the eventual giant leap of mankind’s punctilious understanding of the cosmos.
