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Solar flares on the sun September. Solar flares: the main thing about the danger and consequences of an astronomical phenomenon for the Earth

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The 2017 solar explosion provoked serious magnetic storms in September: find out when they are expected and why they are dangerous

Solar flare today 2017 © shutterstock

Forecast of magnetic storms in September 2017 from tochka.net will be useful to all weather-dependent people.

The beginning of autumn promises several serious outbreaks of solar activity. In particular, on September 6 there was a powerful explosion on the Sun, to which scientists assigned a score of X9.3 on a 10-point activity scale. This is the largest solar flare in the last 12 years. Today, its consequences have not yet been studied by specialists. However, the level of flare activity has gone off scale and is 10.3 points.

In this regard, a serious impact of solar flares on humans is expected. There may be a deterioration in health, as well as failures in the operation of communication systems, the Internet, and even failure of space technology.

Significant magnetic storms in mid-September and at the end of the month. Therefore, you should be on guard so that they do not take you by surprise and spoil your well-being and mood at the beginning of the school year.

of the year

During September 2017, the strongest manifestation of solar activity is expected.

Magnetic fluctuations are possible 2, 6, 17, 26, 30 numbers.

Magnetic storms expected 1, 7, 8, 9, 13, 14, 15, 16, 24, 27, 28, 29 numbers.

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September 2017 saw a wave of solar activity, with the Sun emitting 27 M-class and four X-class flares and releasing several powerful coronal mass ejections, or CMEs, from September 6 to 10.

Solar flares are powerful bursts of radiation, and coronal mass ejections are huge clouds of solar material and magnetic fields that erupt from the Sun at incredible speeds.

The activity came from one rapidly growing and active region - an area of intense and complex magnetic fields. As always, NASA and its partners had a variety of observing instruments, both from Earth and outer space, allowing scientists to study these events from a variety of vantage points.

With multiple views of solar activity, scientists can better track the evolution and distribution of solar eruptions to improve our understanding of space weather. The harmful radiation from a flare cannot pass through Earth's atmosphere to physically affect people on Earth, however, when intense enough, it can disrupt the atmosphere in the layer where GPS and communications signals travel. On the other hand, depending on the direction in which they move, flares can generate powerful geomagnetic storms in the Earth's magnetic field.

To better understand the underlying processes that drive these events, and ultimately improve space weather forecasts, many scientists observe the Sun around the clock in dozens of different wavelengths of light. Each can reveal unique structures and dynamics on the Sun's surface and deeper layers, giving researchers an integrated picture of the conditions leading to space weather.

Scientists are also looking at what effect the Sun has on the Earth and even on other planets. The effect of solar activity in September led to the observation of the Martian “northern lights”, and throughout to the globe on Earth in the form of events known as neutron showers detected on Earth, which occur when fast particles of the solar eruption stream are accelerated along the Earth's magnet field lines and flood the atmosphere.

Data from the satellites and instruments below show the wide range of data available to researchers as they use these recent space weather events to learn more about the star we live next to.

GOOS NOAA

The Geostationary Operational Environmental Satellite NOAA-16, or GOES-16, observes the Sun's upper atmosphere, called the corona, at six different wavelengths, allowing it to observe a wide range of solar phenomena. GOES-16 captured this image of the X9.3 flare on September 6, 2017. It was the most intense flare recorded during the current 11-year solar cycle. The X grade denotes the most intense flares, and the number gives more information about its strength. X2 is twice as intense as X1, X3 is three times as intense, etc. GOES has also detected solar energetic particles associated with this activity.

S.D.O.

NASA's Solar Dynamics Laboratory observes the corona at 10 different wavelengths at a 12-second cadence, allowing scientists to track highly dynamic events on the Sun such as solar flares X2.2 and X9.3. The images were taken on September 6, 2017, at a wavelength of ultraviolet light that shows solar material heated to more than a million degrees Fahrenheit. The X9.3 flare was the most intense flare recorded during the current solar cycle.

HINODE

JAXA/NASA Hinode captured this image of X8.2 on September 10, 2017, the second largest flare of this solar cycle, with its X-ray telescope. The tool captures X-rays of the corona to help scientists link changes magnetic field Suns with explosive solar events such as flares. The flare originated from an extremely active region on the Sun's surface - the same area from which the largest flare of the cycle originated.

STEREO

The primary instruments housed at NASA's Solar Terrestrial Link Observatory, or STEREO, include a pair of coronagraph instruments, which use a metal disk called a hidden disk to study the corona. The wraparound disk blocks the Sun's bright light, allowing it to discern detailed features of the Sun's outer atmosphere and track coronal mass ejections as they erupt from the Sun.

On September 9, 2017, STEREO observed a CME ejection from the Sun. The next day, STEREO observed an even larger CME, which was associated with the X8.2 flare of the same day. The September 10 CME blasted away from the Sun at an estimated speed of up to 7 million mph and was one of the fastest CMEs ever recorded. The CME was not aimed at Earth. This magnetic field was pulled out from side to side and therefore did not cause significant geomagnetic activity.

ESH/NASA SOHO

Like STEREO, the ESA/NASA Solar and Heliospheric Observatory, or SOHO, uses a coronagraph to track solar storms. SOHO also observed CMEs that occurred on September 9-10, 2017; Some of these observations provide even more information for space weather models. As the CME expands beyond SOHO's field of view, a flurry of what appears to be snow floods the frame. These are high-energy particles ejected at low-beam speeds before the flash.

IRIS

NASA's Interface Region Imaging Spectrometer, or IRIS, sits at a lower level of the Sun's atmosphere, called the interface region, to determine how this region drives the constant changes in the Sun's outer atmosphere. The interface region feeds solar material into the corona and solar wind: in the photo taken on September 10, 2017, plumes of solar material appear like tadpoles floating on the surface of the Sun. These structures, called supra-arcade downdrafts, are sometimes observed in the corona during solar flares, and this particular set was associated with the X8.2 flare of the same day.

SORCE

NASA's Solar Radiation and Climate Experiment, or SORCE, collected this data on total solar radiation, the total amount of solar energy from the sun, throughout September 2017. While the Sun was emitting ultraviolet light at high levels, SORCE actually found a drop in total irradiance during intense solar activity for a month. A possible explanation for this observation is that over active regions where solar flares occur, a “sunspot darkening effect” occurs more than the effect of the bright ultraviolet radiation of the flare. As a result, total solar radiation suddenly dropped during the flares. Scientists are collecting long-term data on solar radiation to understand not only our dynamic star, but also its connection to environment and the Earth's climate. This December, NASA is ready to launch the Full Spectral Solar Irradiance Sensor, TSIS-1, to continue measuring solar radiation.

MAVEN

Intense solar activity also caused a global aurora on Mars to be more than 25 times brighter than ever seen in NASA's Mars Atmosphere and Volatile Evolution mission, or MAVEN mission. MAVEN studies the interaction of the Martian atmosphere with the solar wind, the constant flow of charged particles from the Sun. Images from the MAVEN ultraviolet spectrograph show the appearance of a bright aurora on Mars during a solar storm in September. The purple-white colors show the intensity of ultraviolet light on the night side of Mars.

The bright flash, which was recorded on September 6, 2017 at the closest line from the Earth, will have the greatest impact on life on our planet for at least another five days. The fact that The most powerful explosion in 12 years occurred on the Sun, will become a real test of strength for all people.

Powerful explosion on the Sun 2017

An unusual natural phenomenon on the daytime Star has already caused an increase in the X-ray background over the entire surface of the Earth. In the coming days, people will encounter interference in GPS navigation, radio communications, and will also see real aurora over the territory of the Moscow region.

The last time a flare of such power was recorded was in September 2005; it was assigned the highest solar activity score of X9.3. On the color scale, this corresponds to the maximum, black level of solar activity. There is, made by a futurologist

This is provided that usually geomagnetic radiation varies between green, yellow, red and violet.

Solar flare consequences

Scientists warn that geomagnetic disturbance the highest level will affect the operation of aircraft equipment and space objects, and will also result in x-ray exposure to passengers.

After a powerful solar flare occurred, a real geomagnetic storm awaits the inhabitants of the Earth. The super-powerful outbreak has made its own adjustments to weather conditions, so weather-sensitive people need to quickly take precautions.

The consequences of solar explosions are fraught with emotional instability, sudden accidents at work, major accidents, as well as deterioration in well-being. During the period from September 6 to September 15, it is necessary to avoid direct sunlight on the skin. It is better not to carry out planned operations at this time, and also refuse to go to a beauty salon. Be prepared for people to react more harshly than usual to your words. Consciously protect yourself from communicating with inappropriate individuals and spend more time in the fresh air.

What happens to the Sun in 2017

Astrologers say that such powerful solar flares as in September 2017 are directly related to the complete solar eclipse August 21, 2017.

In the year of the Fire Rooster, the daylight experiences one magnetic storm after another, which affects the life of the entire Earth.

Such changes in solar activity have already brought the devastating Hurricane Harvey to residents of the United States, but snow unexpectedly fell in Europe in the first days of September. In Russia, solar flares will lead to massive interruptions in mobile communications, problems with electricity, as well as an increase in the number of heart attacks, strokes and mental disorders in people. Among the positive aspects: an excellent opportunity to see the aurora in the night sky on September 7-9, not only in regions such as the Irkutsk region, Tyumen, Kirova, but also in the city of Moscow and the Moscow region.

On September 6, 2017 at 15:02 Kyiv time, a solar flare was recorded. The strongest in the last 12 years. It occurred against the background of minimal solar activity, which surprised scientists. The explosion was assigned a score of X9.3 (the letter indicates that it belongs to the class of extremely large flares, and the number indicates the strength of the flare). The flare caused navigation problems due to communication disruptions for about one hour because the high-frequency radio was turned off. A flare of similar power (X 9.3) occurred last time May 24, 1990.

“The Sun was rocked by the largest explosion in 12 years. The events developing on our star in the last three days ended as they should have ended. All the energy accumulated in the Sun’s corona as a result of the interaction of the two largest groups of sunspots for several years was discharged in one "an outbreak of unique power. The outbreak is very large, it occurred almost in the center, it cannot be without consequences,"- the Solar X-ray Astronomy Laboratory (FIAN) said in a statement.

The SDO Solar Dynamics Observatory detected a flare in the 2673 region. A weaker flare (X2.2) preceded the more powerful one and occurred in the same area.

Due to the solar plasma ejected to the Earth, a magnetic storm will begin with disruption of radio communications, as well as strong magnetic storms of the G2-G3 level and auroras in both hemispheres. Such consequences are predicted in a couple of days.

As stated in the report of the ALLATRA SCIENCE community of scientists:
“Global climate change on Earth is mainly a derivative of astronomical processes and their cyclicity. These are processes that humanity is currently unable to influence, so their consequences, possible risks and difficulties for people in connection with future events on Earth cannot be underestimated. We need to prepare for these events.”