PROTECTION

PROTECTION

THE FUTURE TOPIC LIST PROTECTION BACKBROUND EVIDENCE SHORT VERSION THE EVENT WHITE PAPERS FAQs TOOLS HOME CONTACT INTRO UPDATES For text to voice, highlight desired text and hit green button

SAFE LOCATIONS AND THE FACTORS TO CONSIDER WHERE TO BE & NOT TO BE WHEN IT OCCURS PROTECTION TOPIC LINKS CMEs & OUR FRAGILE POWER GRID - DARK AGES DESCRIPTION OF FLASH & SUN'S SHELL IMPACTS UNDERGROUND REFUGE PAST AND FUTURE ELECTRIC GRID PROTECTION INEPTITUDE IMAGES SHOWING THE SOLAR IMPACT AREAS

CME's & SUPERFLARE TROUBLES Why should we be concerned about CMEs (Coronal Mass Ejections)? Essentially, collapsed power grids resulting from CMEs could take us back to the Dark Ages. The video below will explain the dangers of superflares and the consequences of a weakening magnetic field. Some of the past CMEs that caused little damage could now easily take out our power grids. As our magnetic field continues to weaken, our ability to repel CMEs will be reduced, especially since we have taken no steps to protect ourselves.

UNDERGROUND SHELTER NEEDED There is biological evidence of a major extinction of large mammals at the end of the last ice age, around 9,700 BCE. The comet theory cannot explain the torrential rains and high radiation levels that were present. Just a few days of exposure to this radiation could be lethal. The only way for people to have protected themselves would have been to retreat underground or into caves. As an example, in Cappadocia, Turkey, people were found to have been escaping underground during this period. One of these underground cities alone could have held up to 10,000 people, while another one, Derinkuyu, could have held up to 20,000 people and their livestock. Many of these underground cities are located around the world and have much more ancient origins, being later occupied during world wars.

THE ELECTRIC GRID QUAGMIRE RELATED PAPERS Large transformers weigh 400 tons and require highly specialized transportation. These high-voltage transformers have a lead time of 24-36 months just for their construction, as they are custom-made in South Korea and China. They are not produced in the US.

The North American Reliability Corp (NERC) is a self-governing agency for power companies. Recently, they examined a Chinese-made transformer and discovered hidden backdoors that could allow the transformer to be remotely shut down. These backdoors could not be accessed or removed.

From January 1, 2006, to October 31, 2022, we imported 400 transformers over 10,000 KV from China. Among these, 20% are used in New York City, and 40% power Las Vegas.

There is no federal regulatory oversight for our electrical power, and there are absolutely no inspections. Private and public electrical companies self-regulate.

NERC spent over $1 billion over ten years on DC lobbying to prevent government intervention because they believe it would lead to unrealistic guidelines and rules, increasing operational costs without significant improvements.

Transformers are tested and required to endure 8 kV per meter, but this is only about 10% of what a significant solar flare could generate. In reality, they are not adequately protected.

TYPES OF GRID ATTACKS

Physical Attacks on the Grid:
Several years ago, in California, 2-3 individuals attacked a substation with AK-47s. Initially, they cut the communications from the substation underground and then shot the high-voltage transformer. However, they made a mistake, causing the transformer to slowly overheat instead of shorting out and burning up. At that time, the utility company rerouted power around the damaged transformer, preventing a power outage. If the power had tripped, Silicon Valley would have been without power for a month or more.

- In the US, we have approximately 55,000 substations.
- If attackers could take down as few as 9 of these substations, it could disrupt power coast to coast for a very extended period.
- We have virtually no spares, especially for the large transformers.
- It has been estimated that for about $10,000,000,000, the US could protect the entire nation. We spend more on debt service in just 6 days than this amount.

Cyber Threats:
The primary threat to our electrical grid from our enemies involves embedded backdoors and intrusions. Attackers exploit the back doors in our transformers. We do not have precise information about these intrusions.

Types of Threats: Nuclear EMP and Solar Flare or CME have Components E1 to E3.

Nuclear EMP:
E1 – Nano pulse, a very short pulse that directly attacks small microchips. This would affect electronics coast to coast.
E2 - Lightning – most houses are protected from this.
E3 – Slightly slower than an E1, this attacks the magnetosphere and anything with a long antenna, long transmission lines, essentially frying anything plugged in.

Solar Flare:
A Carrington-level Solar Flare ~ X80 to X100.
E3 – The pulse from the flare would knock out anything plugged in.

SCADAs: (supervisory control and data acquisition) have no internal security and are used extensively in modern equipment control and manufacturing processes. An intrusion could cause equipment and process crashes, inflicting massive damage on equipment and people.

THE SUN'S SHELL AND FLASH IMPACT AREAS The following images depict the locations where the Nova/Micronova shell struck Earth in past events. The Red Circle represents an event 12,000 years ago, Green represents an event 24,000 years ago, Purple represents an event 36,000 years ago, and Yellow represents an event 48,000 years ago. The last event occurred over the US, South America, and Canada (Red). The next event, expected in a few decades (Blue), will take place over the Pacific Ocean.

Evidence indicates that each progressive event has consistently moved westward, occurring at a total of 4 locations globally. The upcoming event will strike in the Pacific, with the Flash occurring over Africa and Europe. The most significant catastrophe happens when the Sun's shell strikes, causing massive damage and species extinction. The flash results in extensive water evaporation and the burning of the Earth's surface. Following the flash, there is a delay in the shell's arrival due to the slower speed of larger materials and the Earth's rotation during that time delay.

While the flash is horrific, the cataclysmic destruction intensifies when the shell arrives. Material from the Sun binds together on its journey to Earth, and the debris can range from plasma to asteroid-sized materials. Additionally, induced currents cause the mantle and crust to shift, allowing centrifugal force to pull ice-laden areas like Greenland and Antarctica toward the Equator, causing the entire Earth's crust to move to new locations. The collision of boundary areas generates earthquakes of unimaginable magnitudes as they interact.

The Orange Circle Below Is The Projected Flash Impact Area Of The Next Event THE WORST IMPACTS 12,000 Yr. Ago - NORTH AMERICA SOON - THE NEXT EVENT 24,000 Yr. Ago - AFRICA & EUROPE 36,000 Yr. Ago - EUROPE & ASIA 48,000 Yr. Ago - AUSTRALIA Channell & Vigliotti 2019

THE SAFE ZONES When a Micronova/Nova occurs on the Sun, cosmic and gamma rays travel to Earth in a little more than 8 minutes, penetrating the crust and heating up the mantle, thus assisting in the decoupling from the crust. The crust will continue to move independently of the mantle. As the crust slows to a stop, the atmosphere and oceans will continue their motion at roughly 1,000 mph at the equator, while the land masses slow down. Earthquakes, volcanoes, lightning, and wind will reach a level never seen by modern humanity.

Depending on the depth of oceans and seas, tidal surges and waves could be quite dramatic. Some continents will be pelted by massive waves, while others will experience surges only. Depending on the location, everything could be destroyed; trees, buildings, highways, and elevation will be crucial factors.

The worst is yet to come; the outer dust shell of the Sun will arrive on Earth about 17 hours later. Some chunks could be very large; there is no way to know just how big they will be. Regardless, the side facing Earth at that time will be scorched by tremendous heat, boiling off the top surface of oceans and blasting away much of the atmosphere. Strong winds will race to the Sun-facing side of Earth as high-pressure air moves to lower-pressure areas. The temperature on the backside of the Earth will drop rapidly due to a quick pressure drop.

8. ACCESS TO SAFE AND RELIABLE WATER SOURCES PLANNING WHERE TO LIVE 2. STAY OUT OF CITIES, RESOURCES WILL DISAPPEAR 3. HIGH ELEVATION IS THE GOAL, 100s & 1000s OF FEET 4. STAY AWAY FROM EARTHQUAKE ZONES There are a number of factors that are, and will become, more important with respect to where one lives. While the solar flash and crustal slip are crucial issues, the potential loss of our electric grid could also play into the equation much sooner. A solar flare or CME could take out our electric grids for years, and this could happen at any time. Therefore, living in a cold zone both before and after such an event could be a critical factor. Below are factors to consider in your location. 5. VOLCANIC AREAS WILL BE DISASTEROUS 6. AREA WITH ACCESS TO SHALLOW UNDERGROUND COVER 7. CLIMATE, CLIMATE, CLIMATE, BEFORE & AFTER THE FLIP FACTORS TO CONSIDER 1. STAY FAR FROM OCEANS, HUNDREDS OF MILES

THE FUTURE TOPIC LIST PROTECTION BACKBROUND EVIDENCE SHORT VERSION THE EVENT WHITE PAPERS FAQs TOOLS HOME CONTACT INTRO UPDATES For text to voice, highlight desired text and hit green button