Resources

Our Stellar Transformer concept reveals how solar induction and space weather drive Earth's energy, impacting earthquakes, hurricanes, and wildfires. This revolutionary science unifies solutions for predicting extreme events and understanding our Electric Universe.

This paper links major wildfire outbreaks to geomagnetic storms and electrical emanations from Earth, driven by solar induction. See how fires follow geomagnetic anomalies, offering new pathways for forecasting and understanding nature's powerful electrical forces.

This paper forecasts major New Madrid earthquakes linked to solar minimums, proposing the Earth's core discharges electromagnetically during these periods. It highlights using EM precursors, OLR, TEC, and jet stream anomalies for forecasting, anticipating another large quake by 2057.

This paper connects space weather and geophysical intelligence to global disaster forecasting. It presents the Stellar Transformer Hypothesis and uses case studies to link Coronal Mass Ejections (CMEs) to earthquakes, hurricanes, and wildfires. The research proposes an improved model for predicting these events.

This paper connects space weather and geophysical intelligence to global disaster forecasting. It presents the Stellar Transformer Hypothesis and uses case studies to link Coronal Mass Ejections (CMEs) to earthquakes, hurricanes, and wildfires. The research proposes an improved model for predicting these events.

This paper proposes Earth's internal heat comes from a tide-driven geodynamo enhanced by solar induction, not just radioactive decay. It links this electrical energy to El Niño climate events and wildfire outbreaks via solar activity and deep-earth processes.