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The sun affects the emergence of large-scale epidemics on Earth

A Serbian scientist saw a correlation between weak ultraviolet radiation and the emergence of large-scale epidemics of infectious diseases. Images from American satellites confirm that the ultraviolet radiation of the sun or the disinfection of the atmosphere at the time when COVID-19 appeared was even weaker than during the period of H1N1 propagation.

Let’s recall the 2009 H1N1 flu pandemic. It spread, despite all the efforts of the World Health Organization. Of course, nothing could be done with this epidemic, since it erupted during the period of the weakest solar radiation. After all, just as after surgery, the surgical room is sterilized with ultraviolet lamps, the atmosphere of the earth naturally sterilizes ultraviolet solar radiation.

Low radiation and epidemics

The founder of heliocentric electromagnetic meteorology Milan Stevanchevich saw a correlation between weak ultraviolet radiation and the emergence of large-scale epidemics of infectious diseases. Although NASA has not yet linked these phenomena, images from American satellites confirm that the ultraviolet radiation of the sun at the time the coronavirus appeared was even weaker than during the period of H1N1 propagation. In 2009, the level of ultraviolet radiation of the sun was eight units, and in 2019 – only five units. The lack of ultraviolet radiation, that is, disinfection of the atmosphere, in both cases led to the unhindered spread of the virus in the northern hemisphere.

Seasonal character

The Belgrade School of Meteorology believes that the level of ultraviolet radiation is also seasonal. In winter, the level is much lower than in summer. During maximum solar activity, ultraviolet radiation reaches 35 units. But in the period between two cycles of solar activity, ultraviolet radiation reaches the lowest levels or disappears.

Milan Stevanchevich explains:

​​“On March 11, the outbreak of AP 2758 on the Sun caused an increase in ultraviolet radiation. In the geoeffective position, one x-ray emission was recorded, which became the first after more than 300 days of inactivity of the Sun.”

When a flash on the Sun occurs on a side not visible from Earth, the level of ultraviolet radiation decreases. Its next growth is expected in early April 2020, and entry into a geoeffective position is expected on April 7, when the radiation will be sent directly to the Earth.

The level of ultraviolet radiation at the surface of the earth depends on the radiated power and density of the clouds over a particular place. Although ultraviolet radiation has a diffuse nature, the influence of clouds is great, since they reduce the level of ultraviolet radiation above the surface of the earth. Water in the atmosphere is an element that creates the effect of a greenhouse, so exposure to ultraviolet radiation also depends on cloud cover. Clouds weaken all types of energy emanating from the sun.

An increase in temperature does not play any role in the disinfection of the atmosphere, so flu can appear even when the daytime temperature is high.

Ultraviolet radiation is a natural phenomenon that makes possible the existence of man on planet Earth. But strong ultraviolet radiation is very dangerous for human health. Fortunately, nature has provided for everything. When activity on the Sun grows, cloudiness intensifies, as clouds are formed by the combination of hydrogen and oxygen, which are emitted by the Sun, and therefore the level of ultraviolet radiation decreases.

It is expected that weak X-ray radiation will reach a maximum on April 7, when the AP 2758 volcano appears on the visible side of the Sun, which disinfects the atmosphere more. No matter how weak the effect of x-rays, it plays a large role in the total radiation of the sun.

Studies show that pandemics can occur only between periods of two activity cycles, when the activity of the Sun is minimal, that is, when the level of ultraviolet radiation in winter is the lowest. Epidemics occur only at the beginning and at the end of the solar cycle. Seasonal influenza with variable variability depends on the current activity of the Sun. The weakest viruses in the period of maximum activity of the Sun.

For the disinfection of the atmosphere, the angle of incidence of ultraviolet and x-ray radiation plays a large role, since the level of radiation per unit area during the day depends on it.

It must be said that the transition period between the 24th and 25th cycles of solar activity is exceptionally long. The activity of the Sun reached an extraordinary minimum. The level of activity of the Sun in 2019 – 2020 is the lowest since 1810. Temperature has no effect on COVID-19.

If NASA’s forecast comes true, then in ten years we should expect another mutation of the virus.

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Planet Earth

A bright fireball exploded over Armenia

Fireball over the sky of Armenia / Zohrap Yeganyan

Yesterday, a very bright fireball exploded over Armenia. This was announced by the head of the meteorological forecast department of the Hydrometeorological Center Gagik Surenyan on Facebook. The magnitude (brilliance) of a celestial body, which entered the Earth’s atmosphere with great speed, is at least 12.

Photo Source: Getty Image

On the evening of May 27, local residents saw a luminous ball flying from the sky, when it collided with the ground, an outbreak occurred.

Users of social networks began to share their guesses, but they officially gave a comment at the  Hydrometeorological Center  only the next day:

“Yesterday’s fall of a large meteorite in the Hrazdan  -Hankavan section  ,” Gagik Surenyan wrote, head of the meteorological forecast department of the Hydrometeorological Center and posted a video showing the meteorite.

Those who also saw the meteorite offered to go to the site of the fall of the celestial body and “collect the pieces”, others reproached the authorities and scientists for silence, when everyone discussed the event, no one began to confirm to people that the luminous ball was a meteorite.

“A meteorite is the final act of this nightmare year,” users of social networks wrote a comment on the video, with sad irony.

The camera was installed in the vicinity of Hrazdan and was directed towards the village of Hankavan.

“The meteorite, judging by the records studied, was very large and entered at great speed the atmosphere of the planet, where it burned at an altitude of several kilometers. The risk that parts of this fireball could reach Earth is small, and the likelihood that they can be somehow found tends to zero, including the woodland and the fact that, when burned, meteors and fireballs crumble, as a rule, for particles up to several millimeters in size,” astrophysicist R. Martirosyan said.

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Planet Earth

Powerful sprites over Kansas were visible to the naked eye

Have you ever seen sprites? They say that this is impossible. Strange and fleeting forms of Red Lightning materialize over thunderclouds, usually disappearing in less time than it takes to blink. However, storm hunter Michael Havan had no problems seeing them on May 23rd.

“The extremely bright jellyfish sprites were easily visible to the naked eye at dusk!” Says Gavin. “This is one of the brightest shots I’ve captured with my modified Canon T3i.”

Gavin saw this sight from Northwest Kansas. “Clear skies provided fantastic views of the MCS (mesoscale convective system) moving through Nebraska almost 100 miles from us,” he says. “I was not the only one who saw them.” There have been reports that people also saw sprites from Interstate 70. “

The storm lasted so long that Gavin managed to attach an 85mm lens to his camera for several close-up shots. “Because I had an image of the same area without a sprite from a few seconds earlier, I was able to subtract the sky (stars, air glow, etc.) to take a photo of the structure of the sprite without any distractions.

A solar minimum can stimulate sprites. During the low phase of the solar cycle — now occurring — cosmic rays from deep space penetrate the inner solar system relatively unhindered due to the weakening of the Sun’s magnetic field. 

Some models claim that cosmic rays help sprites get started by creating conductive paths in the atmosphere.

By the way:

Today, May 25, 2020, the level of cosmic rays crashing onto the Earth, reached its maximum levels, increasing today by 10.4% of average values.

Cosmic rays 

The magnetic field of the sun is weak, which allows additional cosmic rays to penetrate the solar system. Neutron counts from the Sodankylä Geophysical Observatory of the University of Oulu show that cosmic rays reaching Earth in 2020 are close to the peak of the space age.

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Planet Earth

A surge in volcanic activity threatens the Earth with a new Ice Age

Over the past few days, we have witnessed a turbulent global volcanic surge in activity. He sends us all signs that the Great Solar Minimum is approaching.

The Japanese meteorological satellite HIMAWARI-8 recorded two powerful eruptions on May 16, both of which occurred in Indonesia.

The first took place in IBU – a relatively new volcano with only 3 noticeable eruptions; in 1911, 1998 and 2008 – and was confirmed by Darwin Volcanic Ash Advisory Center (VAAC), which warned that the ash plume rises to about 13.7 km.

The second high-level eruption occurred just a few hours later on Semera – a very active volcano with an eruptive history; the first happened in 1818, the most recent in 2014.

As with IBU, the Semeru eruption was confirmed by both HIMAWARI-8 and VAAC Darwin, the latter confirming the generation of a “dark ash plume that reached a height of 14 km.

In addition, active lava flows remain active on the southeastern flank of Semeru, currently about 1.5 km long (as of the morning of May 18).

Direct cooling effect

These high-level eruptions are notable for the fact that solid particles are thrown to a height of over 10 km – and into the stratosphere – are often delayed, where they have a direct cooling effect on the planet.

Volcanic eruptions are one of the key factors pushing the Earth toward its next round of global cooling, with their worldwide surge associated with low solar activity, coronal holes, a diminishing magnetosphere and the influx of cosmic rays penetrating silica-rich magma.

In addition to Indonesia, Icelandic volcanoes have intensified, and it is this high-mountain volcanic region of the world that is believed to be home to the next “big eruption” – one that will plunge the whole world into the new Ice Age almost instantly.

Katla is such a volcano here and it shows signs of activity, since a significant gas output has been recorded over the past few days. 

In addition, seismic activity under a large ice volcano has also increased, and this activity is probably caused by injections of new magma entering the chamber.

Icelandic authorities are aware of the danger posed by the next Katla eruption, and a delegation of volcanologists regularly meets with the Icelandic parliament to discuss how to respond in the event of an eruption, the likelihood of which is simply a matter of when, not if.

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