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Survive the End Days
Thus, they create the so called Compton Current (generating over a million volts), which
clashes with the world's magnetic field. The result? A powerful electromagnetic pulse that
quickly descends on the surface of the Earth. So, an EMP happens when this pulse, carrying
too much energy reaches the earth’s magnetic field, interacts with the electronics and
causes their destruction, by shortcutting their circuits.
The subsequent generated EMP will generate a strong electrical presence in all
conductive materials. It will over-burden and impair:



phone lines,
internet connections,
individual microelectronic circuits (which run on low voltages).
These are things that you profoundly rely on, especially in today's interconnected
society, right? The EMP "heartbeat" goes around for just a second, yet it will leave us all
shaking in fear. You will have no other option than to accept what is happening and try to
make the most of this horrible situation. This is one game you will not be able to forfeit. You
will have to win it!
During day time, you would not be able to see an
atomic HEMP unravelling before your eyes, but if you
are paying a great deal of attention, you might be able
to see a glimmer in the sky. At night, the light is
comparable to a long-lasting aurora.
Aurora during the night
3. What Equipment and Components Are
Vulnerable to a Nuclear EMP Attack?
A HEMP causes gamma ray reactions in the upper stratosphere, as gamma beans impact
the air atoms and strip them of electrons. Therefore, this process produces electrons, which
are affected by the Compton Scattering Effect (taking place between 20 and 40 km up in the
atmosphere). This, in turn, produces extremely high powered electrons trapped inside the
Earth’s magnetic field.
Once these electrons start descending at the speed of light, they can help wear out
electrical and electronic circuits. Nothing unprotected will be spared. An EMP can influence
the following:


Electrically powered devices – power plants, transformers, generators, solar panel,
wind generators, charge controllers, grid or cable-joined batteries;
Communication – cell towers, cell phones, antennas, satellites, radios, computers,
and servers;
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