The Sun has been very active lately, with sunspots and solar flares, causing auroras to be visible farther south in the Northern Hemisphere. People have enjoyed seeing the colors of the Aurora Borealis, but engineers and scientists are worried about potential effects on satellites and power grids. As we approach the peak of the 11-year solar activity cycle, some are concerned about controlling the Sun.
The truth is that our Sun’s radiation bursts are 10 to 100 times weaker than what scientists have observed from similar stars in the Milky Way galaxy. Why is it that planets we have detected orbiting other sun-like stars might be exposed to deadly radiation that we are protected from? One study by scientists at the German laboratory Helmholtz-Zentrum Dresden-Rossendorf suggests that Venus, Earth, and Jupiter may be partially responsible for controlling the Sun.
The Sun is most active when its magnetic field is strongest, and the idea is that the gravitational pull of Venus, Earth, and Jupiter creates a tidal force that affects the Sun’s magnetic field. The Sun’s magnetic dynamo generates its magnetic field, while the subtle gravity of these three planets may produce a tidal effect. This may make the Sun’s activity “much more benign than that of other sun-like stars,” according to physicist Frank Stefani and his colleagues.
We’ve often said that many factors need to be just right for our planet to support life. This may be another factor to consider. The research team noted that every 11 years, the tidal forces of these three planets align in a way that could influence the Sun’s magnetic dynamo. They admit there are still “missing pieces in our synchronizing jigsaw,” so more research is needed before definitively claiming that these planets are a factor in controlling the Sun. Nevertheless, the fact is that our Sun’s radiation eruptions are 10 to 100 times weaker than those of similar stars. This suggests our planetary system is not accidental but intentionally designed for life.
— Roland Earnst © 2026
