The Earth's magnetic field (magnetosphere) shields the Earth from harmful radiation and is in the process of weakening. From about 1859 until 2000, our magnetosphere weakened by 10%, but in 2010 it sped up and weakened by another 5%, for a total of 15%. Today (2023), it is estimated to have weakened a total of approximately 20-25%.
As our magnetosphere continues to weaken, solar flares that would not normally be harmful to Earth will become more dangerous due to decreased protection from solar flares, also known as coronal mass ejections (CMEs). Our electrical grids and our way of life will become more perilous and are likely not to survive if we encounter what would normally be a moderate CME.
When there is a significant amount of moisture in the air and volcanic activity is high, they together block heat from reaching Earth. Consequently, the Earth experiences cooling as the Sun's rays are reflected back, thus leading to a decrease in temperature. Similarly, during colder periods, moisture freezes out of the atmosphere, allowing the Sun's rays to warm the Earth's surface, resulting in a warming effect. Earth possesses a built-in mechanism for regulating weather, and human influence plays a minimal role in this process.
The second image depicts an estimated 2046 event. Douglas Vogt, the legendary individual who discovered the trigger mechanism of the recurrent nova with the fission tracks in lunar glass beads found both on the Moon and the Earth. Vogt calculated a date of 2046 as the clock cycle of past events; he was quite certain of his discovery. However, it must be stated that there is no way to be certain except for the time the Sun turns black for many hours to days, just before the outburst.
Interstellar dust accumulates around the Sun's outer perimeter, creating pressure within the Sun. As this dust builds, visible light is filtered and changes the color of the Sun. When this pressure becomes too intense, the outer shell is violently expelled, causing the Sun to appear darkened.
During the Apollo missions, astronauts discovered the Moon's surface covered in glass beads and isotopes of aluminum, thorium, iron, magnesium, beryllium, and oxygen, which could only have been produced by the Sun. When this glass dust reaches the Moon, sunlight will be refracted, distorting the Moon's color and giving it a dark red hue.
As the solar dust and plasma reach Earth, they will saturate the region where satellites orbit, slowing them down due to friction. Most objects will drop from orbit, burning upon re-entry. There are thousands of satellites in orbit, with tens of thousands of objects large enough to be tracked by the Department of Defense (DoD).
Subsequently, approximately 16-18 hours later, larger particles and likely asteroid-scale debris formed during this plasma congealing will arrive at Earth. This solar blast will cause immense destruction, burning off several hundred feet of the ocean on the Sun-facing side. Earth’s atmosphere on this side will be ripped away.
This surge of electrically charged material will induce currents in Earth's crust and mantle since both are rich in iron, thermoelectrically heating and decoupling the crust from the mantle.
When the crust begins slipping from the mantle, centrifugal force will pull ice-laden Greenland and Antarctica toward the equator within a day. This shift will trigger unimaginable earthquakes as continents move from their current positions to new locations. Islands, mountains—everything will relocate, just as it has happened in the past.
A new ice age will commence due to the rapid loss of a significant portion of Earth's atmosphere and moisture saturation. Those who sought refuge in deep underground communities will become trapped due to earthquakes and ice.
For believers in the Bible, this event is referenced in Revelation, where the world's powerful and arrogant find themselves trapped. For non-religious individuals, a new dark age has dawned, marked by increased solar radiation until Earth's magnetic field regains strength. Survivors will face extreme challenges, akin to the struggles of their ancestors.