Super solar storms are coming, how can we humans resist them?

Once a solar storm comes, turn off all the power on the earth and wait until the storm has passed, and humans will be perfectly avoided.

There is no need to resist it, no matter how strong a solar storm is, it is difficult to have a devastating impact on the earth, and the distance between the two is too far.

I think we just need to do what we have to do, after all, the power of nature is immeasurable, and there is nothing we can resist.

The sun produces solar storms at the peak of sunspot activity, which was discovered by the American "Mariner 2" probe in 1962, which is the sun's increased energy and its own activity is strengthened, thus releasing a large number of charged particles into the vast space to form a high-speed particle stream, scientists liken this phenomenon to the sun "sneezing". Since the air mass in the solar wind is mainly charged plasma and breaks into space at a speed of 1.5 million to 3 million kilometers per hour, it will have a huge impact on the Earth's space environment. When a solar storm erupts, it will affect communications, threaten satellites, destroy the ozone layer, and have a certain impact on human health.

Sometimes, flashes of light occur right in the center of the Sun's surface, so that the direction of its eruption is directed towards the Earth. After such an outbreak, strange things will happen again and again on Earth. For several days, the aurora can be intense, sometimes even seen in temperate regions.

The hands of the compass also become restless and oscillate like crazy, hence the effect sometimes referred to as a "magnetic storm". Prior to this century, such conditions had little effect on humanity. However, in the 20th century, it was discovered that magnetic storms affect radio reception, as well as various electronic devices.

As humans become more reliant on devices such as stools, magnetic storms are becoming more and more critical. For example, during a magnetic storm, radio and television transmission is interrupted, and radar cannot work. Most of the protons coming in the direction of the Earth will be pushed away by the Earth's own magnetic field when they reach the Earth.

However, some of them enter the atmosphere, causing auroras and various electrical phenomena. A megaburst of a powerful proton cloud coming in the direction of the Earth produces a phenomenon known as a "solar storm", and when the town hits its source, the magnetic storm effect occurs.

There is currently no scientific evidence that we are about to usher in the strongest Taiju Zaoyang storm in history.

The solar atmosphere is not calm, but turbulent, changeable, because the electromagnetic phenomenon of the solar atmosphere is sometimes strong and sometimes weak, can cause sunspots, light spots, flares, solar and corona and other phenomena, this is solar activity, the cycle is about 11 years. The last peak year of solar activity was 2012, and according to the middle of the 11-year week, 2023 is another peak year of solar activity.

Scientists have found that solar flares can cause magnetic storms on Earth, which can interfere with radio shortwave communications, interfere with the operation of power systems, and affect the migration paths of birds and animals. Solar wind, coronal mass ejections, etc., will disturb the Earth's magnetic field and cause magnetic storms. Solar activity can also damage equipment such as spacecraft.

Storm features

Through the detection and study of solar activity and the near-Earth space environment, scientists have gradually learned some characteristics and laws of solar storms, the most prominent of which are the periodicity, suddenness and regionality of solar storms.

The cyclical nature of solar storms is mainly manifested in the cyclical changes in the level of solar activity. The level of solar activity has a cyclical change of about 11 years, and there are high and low years of solar activity, and it is easy to see this periodic change of solar activity from the number of sunspots and the change of the sun's centimeter radio current.

Usually in high solar years, solar eruptions are more active, and solar storms occur more frequently and with greater intensity. Conversely, in low solar activity years, solar eruptions are less active, and solar storms occur less frequently and with relatively weak intensity.

For the number of sunspots, humans have a complete record of 23 solar cycles. The 24th solar activity week began in December 2008 and is currently in the peak solar activity period.

Refer to the above content: Encyclopedia - Solar Storm.

The Sun is the largest body in the solar system, and solar storms often occur on the hot surface, which looks spectacular, but once it hits the Earth, it can have a very large impact. Today we are going to bring up an interesting topic: what would happen to the Earth if it were hit by a huge solar storm?

The surface of the Sun is a huge plasma cloud, and localized areas often experience very violent eruptions that release large amounts of energy, a phenomenon we call solar storms. As early as 2012, a very violent storm broke out on the sun, but this time the storm only broke through the Earth's orbit, and the Earth was very lucky to avoid it.

In 1859, humanity was hit by a small solar flare, and some of the telegraph towers** were disrupted. Because at that time, science and technology were relatively backward, and there were very few sophisticated electronic components, so the losses were still relatively small.

In today's age of relatively advanced technology, if we were hit by a giant storm again, the consequences would be different. First of all, a giant storm will destroy the atmosphere in the upper part of the Earth, and with it, a giant electromagnetic pulse will be accompanied by a giant electromagnetic pulse, which will disrupt communication between the satellite and the Earth.

Solar storms can cause violent ion-on-ion currents, destroy satellites and man-made objects in space, and then affect communications on the ground, but that's not the worst part. A day later, a plasma cloud will come to Earth and will first destroy NASA's ACE satellites.

After 30 minutes, the plasma cloud collides with the Earth's magnetosphere, causing a violent geomagnetic storm. I hope you don't take a plane at this time, because the GPS system of the plane will fail immediately, and how to land safely has become a big problem for pilots.

Geomagnetic storms can severely impact our grid transformers, causing power outages around the world. Without electricity, humanity can't recreate just a small thing, and for some businesses, it's a very big loss.

Perhaps one day human technology is strong enough that we can build a huge interception net around the Earth and completely solve the hazards of solar storms.

You can feel the power of solar storms, and if solar storms come, our earth's magnetic field will shake violently, and even lead to **.

When a solar storm occurs, there will be certain problems with the mobile phone communication network used by human beings, which is the power of solar storms.

Yes, humanity is small, and when a solar storm hits, humanity can be destroyed.

A solar storm is a violent burst of activity generated by the Sun at the peak of sunspot activity. It is a high-speed stream of particles formed by the increase of the sun's energy to intensify its own activity, thereby releasing a large number of charged particles into the vast space.

The high-speed particle stream formed by the release of a large number of charged particles during the eruption seriously affects the earth's space environment, destroys the ozone layer, interferes with wireless communications, and also has certain harm to human health.

Effects of solar storms on humans:

1.It will cause changes in the electromagnetic field, causing geomagnetic storms, ionospheric storms, and affecting communications, especially shortwave communications.

2.Powerful elements (formerly?) to power grids, pipelines, and other large structures on the ground Electricity, which affects the safety of power transmission, oil transmission, and gas pipeline systems.

3.There will also be an impact on the satellites that are operating.

4.The amount of radiation from a solar storm can easily reach the amount of multiple x-rays for a person. It can also cause a decrease in the body's immunity, which can easily cause lesions, and will also make people prone to mood swings and even an increase in car accidents.

5.It will increase the temperature.

6.Auroras are formed at the north and south poles.