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A catastrophic threat to our planet? How serious is the threat?

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Miyake Events: What is the current threat status?
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Miyake events, these mysterious cosmic flows, could have catastrophic consequences for our planet. Recent research conducted by experts at the University of Queensland in Australia revealed the history of these events in tree rings. Which indicates that the Earth was exposed to strong cosmic storms in the past.

This phenomenon, if repeated today, could plunge our world into chaos.

Understanding the Miyake events

Miyake events are characterized by sudden and large increases in radiocarbon (C14) in the Earth's atmosphere. These events are named after Japanese astronomer Fusa Miyake, who discovered the first such events in tree rings dating back to 774 and 993 AD.

These sudden increases in C14 levels indicate that Earth has been exposed to strong cosmic radiation. Scholars have identified several such events in the past, especially in the years 775 and 994, which were particularly severe. This radiation on Earth increases sharply at regular intervals, occurring approximately every thousand years.

The exact source of this cosmic radiation is still a matter of scientific debate. While solar storms were initially thought to be responsible, recent research suggests that Miyake events may have originated from extraterrestrial sources. This hypothesis is supported by the fact that the effects of these events are not uniformly distributed around the Earth, suggesting an origin other than typical solar flares..

The mechanism behind Miyake events It involves an interaction between streams of charged particles and the Earth's atmosphere, resulting in an increase in the level of carbon 14. Carbon 14 is then absorbed by trees and can be measured in the rings. Carbon 14 is then absorbed by trees and can be measured in their rings. This “imprint” left in tree rings allows scientists to trace the history of these cosmic events.

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The Carrington Event of 1859, which caused a power overload in telegraph networks, offers a glimpse of what the Miyake Event might mean for our modern society.
The Carrington Event of 1859, which caused a power overload in telegraph networks, offers a glimpse of what the Miyake Event might mean for our modern society.

The implications of these findings are significant. They demonstrate that the Earth is subject to large-scale cosmic phenomena that can have a significant impact on our environment. Understanding and monitoring these events is essential to assess the potential risks they pose to technology and society.

Many effects

The Carrington Event of 1859, which caused a power overload in telegraph networks, offers a glimpse of what the Miyake Event might mean for our modern society.

If such an event occurred today, it could destroy the global energy grid, with devastating consequences for essential infrastructure such as healthcare systems, banks and restaurants.

Latent threat

In the absence of adequate protection, a Miyake-type cosmic storm could cause severe damage to the undersea Internet cable network and other communications and electrical systems.

Such a scenario could lead to a serious industrial and social crisis, Leaving critical infrastructure such as hospitals unprotected if generators fail.

What preventive measures can be taken?

To avoid such a scenario, preventive measures are essential. According to theoretical astrophysicist Ethan Siegel and electrical engineer John Kappenman, it is necessary to regulate electrical infrastructure to make it more resilient and protect transformers..

Even the doctor holly gilbert, Director of the High Altitude Observatory in the United States, It is proposed to use artificial intelligence models to improve the early warning system. These measures could significantly reduce the risk of industrial and social apocalypse in the event of a Miyake-type event.

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In short, the Miyake events pose a serious threat to our technology-dependent society. While their origin remains a mystery, their destructive potential is indisputable. It is therefore necessary to take proactive measures to protect our infrastructure from these cosmic phenomena.

Wynne Dinwiddie
Wynne Dinwiddie
"Infuriatingly humble alcohol fanatic. Unapologetic beer practitioner. Analyst."
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