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 carbon, oxygen, and sulfur. The level of heavy element enrichment is difficult to reconcile with standard exoplanet formation models because it’s impossible according to mainstream astrophysics.
Electromagnetism is the primary organizing force with the Z-pinch as the mechanism for the birth of both gas giant planets and stars. Impossibly efficient exoplanet genesis is no surprise for advocates of the EU Model of Cosmology.
Independent researcher Stuart Talbott learned a phrase some astronomy experts use to describe a Z-pinch in action—they call it, Magnetically Funneled Accretion.
