CME – Coronal mass ejection – Eruptions on the Sun

CME - Coronal mass ejection - Eruptions on the SunCME - Coronal mass ejection - Eruptions on the SunCME - Sun in X-Ray

CME – Coronal mass ejection – Eruptions on the Sun

CME – Coronal mass ejection – Every second the Sun emits around two million tons of particulate matter – or at least that’s usually the case. In the atmosphere, however, sometimes there are enormous eruptions from the corona (Coronal Mass Eruptions, CME). These types of hurricanes are among the most spectacular phenomena in our part universe . In the process, the Sun loses much more weight than usual. The speed of winds reaches even 10 million / h. CME is a cloud of gas built of electrically charged particles (physicists call it plasma gas). Plasma hurricanes can reach Earth and call the so-called geomagnetic storms that affect electronic devices, causing short circuits and equipment damage.

It is impossible to predict how dangerous it can be for satellites. The Internet and computer-controlled objects, such as nuclear power plants. The last really strong solar storm took place in the telegraph age, i.e. long before the appearance of PCs. Although astronomers are constantly observing the behavior of the Sun, they can anticipate it only slightly ahead of time. This means that in the future we will have at least 24 hours to disable all sensitive systems (even those in nuclear power plants) and secure computers. But geomagnetic storms are not the only problem facing us by the most important star …

Meteorological week analysis

Meteorological week analysis - Observatory Lindenberg, Germany

Meteorological week analysis

Meteorological week analysis – After analyzing the meteorological data from the years 1991-2005,
the German researchers found that the hottest day of the week is Wednesday, and the driest – Monday.
However, in the weekend usually it rains. Within a week, smog obscures the sun and the exhaust gases
are involved in the formation of clouds. On Saturday, this phenomenon goes critical.

Provided solar eclipse – Made by Thales of Miletus

Provided solar eclipse - Thales of Miletus

Provided solar eclipse – Made by Thales of Miletus

Provided solar eclipse – Made by Thales of Miletus – In 28.05.585 B.C. It was first provided solar eclipse. The calculations made by Thales of Miletus, a Greek philosopher, mathematician and astronomer. The creator of the foundations of science and European philosophy. He created the first rational theory of nature.

Nicolaus Copernicus – Heliocentric vision of universe

Nicolaus Copernicus

Nicolaus Copernicus – Heliocentric vision of universe

Nicolaus Copernicus (147324.05.1543) – heliocentric vision of universe – Astronomer, mathematician, lawyer and economist. He discovered the variability of the eccentric motion of the Earth and solar zenith with respect to the fixed stars. In his work On the Revolutions of the Heavenly Spheres he described the heliocentric vision of the universe. He published a treatise monetary.

Solar wind – The Sun has an impact on the processes

Solar wind - Solar wind from the star L.L.Orionis

Solar wind – The Sun has an impact on the processes

Solar wind – The Sun has an impact on the processes in the solar system in many different ways. Although gravity is maintained thanks to its system time emits a space wide range of molecular types of radiation, to which the feature ” wind of the Sun”. Researchers from the University of Leicester have combined the data. Obtained during the observations of solar activity from data obtained during observations of the Martian atmosphere, provided by satellites. The solar corona disappears from the environment until 2.5 x more particles. Observations were conducted during the fall of solar activity within the 11 – year solar cycle.