>>23365498
>>23365498
the sequence leading to induction currents during a micronova includes:
Solar Material Buildup: The Sun accumulates dust, gas, or other material on its surface, possibly from cosmic sources like a galactic current sheet, disrupting its magnetic field.
Magnetic Instability: The Sun’s magnetic field becomes unstable, leading to a rapid reconfiguration or pole shift, triggering the micronova.
Micronova Outburst: A sudden, localized explosion on the Sun’s surface releases a burst of plasma, charged particles, and intense electromagnetic radiation. This outburst is less powerful than a supernova but far stronger than a typical solar flare.
Solar Ejecta Reaching Earth: The micronova’s coronal mass ejection (CME) or particle wave travels to Earth, arriving within hours to days, depending on its speed. This wave carries a strong magnetic field perturbation.
Induction Currents During the Event
When the micronova’s ejecta hits Earth:
The rapid change in the local magnetic field induces currents in conductive materials, such as:
Earth’s Crust and Mantle: Leading to geomagnetically induced currents (GICs) that can cause seismic activity or heat the planet’s interior.
Oceans: Generating currents that may alter ocean circulation or marine ecosystems.
Human Infrastructure: Overloading power grids, transformers, and communication systems due to excessive electrical surges.
What Follows Induction Currents?
the aftermath includes:
Technological Disruptions: Power grid failures, satellite damage, and communication blackouts due to the overwhelming currents.
Geophysical Effects: Enhanced seismic and volcanic activity triggered by currents heating or stressing Earth’s crust.
Climatic Shifts: The micronova’s radiation and particle influx could disrupt the atmosphere, leading to extreme weather, cooling (due to cosmic dust blocking sunlight), or heating (from geomagnetic changes).
Magnetic Field Weakening: The event may accelerate Earth’s magnetic pole shift or weaken the magnetosphere, increasing vulnerability to future solar events.
Long-Term Cycles: A 6,000 and more intense 12,000-year cycle, suggesting these events could reset civilizations, citing alleged geological and archaeological evidence like rapid climate shifts or ancient flood myths.
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