Electromagnetic Pulse (EMP) Effects

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by Survival Sullivan, The Burning Platform:

An EMP attack is the most deadly doomsday proposition we could ever face. Few outside of the prepper community are even pondering such an end of the work event – and far fewer still are preparing to survive such a SHTF and the copious amount of domino mega disaster effects it would create.

An electromagnetic pulse (EMP) is defined as a brief surge of electromagnetic energy and it can be the result of either man-made or natural disturbances. Electronics can be affected and in some cases an EMP can result in physical destruction of things such as structures and vehicles. After a nuclear explosion, the EMP will radiate abruptly, and is likely to cause unspeakable damage to electrical systems as unnaturally high voltage surges through valves and transistors.

Let’s break down that very technical and scientific definition of an EMP into practical terms, shall we? The SHTF will epically hit fan in biblical proportion and could forever change life as we know it on planet Earth.

And….it could happen any minute now.

That, my fellow preppers, is the deep and dirty mega secrete neither the mainstream media nor government officials are paying enough attention to or want us to know.

If you grew up watching the Little House on the Prairie and Grizzly Adams like I did and ever wondered what it would be like to live an 1800s style existance, you just might get your chance to find out.

If (I really should agree with former DHS Secretary Janet Napolitano and say, “when”) an EMP happens, expect a scene like this to begin playing out in your neighborhood.

An electromagnetic pulse, whether it is caused by an Earth-directed X Class solar flare or a more nefarious man-made attack, WILL fry out fragile and antiquated power grid, anything hooked to it during when the EMP occurs, and ALL sensitive electronic equipment,

An EMP is a short, but very strong burst, of electromagnetic energy caused by a rapid and intense increase in charged particles in the ionosphere. The acceleration of particles can occur as the result of a solar storm, a nuclear bomb, dirty bomb or an a small scale, even due to a simple, yet strong, bolt of lightning.

Once the ionosphere experiences a particle surge, a wave of electrical currents emerges and shorts out all, modern equipment which needs electricity to function – including the transformers are necessary to make power grids all around the world, work.

An EMP disturbance has the capability to not only destroy sensitive electronic equipment, but can even burst power lines, down airplanes, and damage brick-and-mortar structures.

EMP Classification
We are all familiar with the government’s hurricane and tornado classification. The same type of scale also exists for electromagnetic pulses.

E1 – This classification of an EMp is the most brief. An E1 typically lasts for hardly even a microsecond, but is still regarded as being substantially powerful and highly destructive. An E1 EMP would occur after the detonation of a nuclear bomb.

E2 – This classification of an electromagnetic pulse lasts at least a little bit longer than an E1 and could be caused by a man-made dirty bomb depending upon its capacity, or a nuclear explosion. During a nuclear blast, what would most likely occur is an E1 level EMP would happen followed by an E2 class event. Our power grid might be capable of withstanding an E2 event if it is really as hardened as the government claims, but there is currently no known way to harden the electrical grid (or anything else, for that matter) against an E1 class EMP event.

E3 – An E3 EMP event is less powerful than either an E1 or an E2. It can last for hours to days, depending upon the originating incident. This is the type of EMP disturbance that commonly occurs due to solar flares during the summer months.

The Carrington Event
When the most recent and only recorded EMP provoking solar flare happened in 1859, it was dubbed the Carrington Event. Richard Carrington, an astronomer, watched the EMP unleash its power through his telescope lens and documented the event.

A monstrous power outage resulted, leaving more than six million people in the dark from Canada through New York to New Jersey. At the time, NASA experts proclaimed the solar flare possessed approximately one-third of the power that the Carrington Event carried.

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