The events taking place in the vast space of our universe fascinate scientists and astronomers more and more, who curiously observe cosmic phenomena in order to get the maximum possible knowledge about the infinity that surrounds us.
Our mother, the Sun, whose presence makes life on Earth possible LandAlthough it has been studied a lot, it is still a subject of research due to its unpredictable nature and frightening effect, over which we have no control.
Solar flares, which release powerful waves of electromagnetic energy into space, cannot be accurately predicted. It remains only for humanity to analyze the results of its impact on celestial bodies, to seek further progress and use them for the benefit of space exploration.
It is not uncommon for solar storms to occur. Yet, oddly enough, one massive eruption from the Sun recently managed to reach the Earth, the Moon, and the surface of Mars, piqued the interest of the scientific community.
Earth, Mars and the Moon are struck by a massive solar flare
Image: Pixabay/Pexel/Clone
Humanity experienced a somewhat unusual event in October 2021. The Sun fired a huge amount of plasma towards the planet we live on, in an act known in astronomy as a coronal mass ejection.
This event, through an eruption on the surface of the Sun, releases a large amount of charged gaseous particles (ions) that can greatly affect the planets when they reach the Earth’s magnetic field. modes.
Researchers observed the event two years ago and recently published a study in Geosearch messagesrevealing a cosmic synchronicity where the solar wind hits Earth, the Moon, and Mars at the same time.
event detection
The space probes and equipment launched by humanity were able to provide us with this information about the synchronization of events, the most important of which are: NASA’s Curiosity Mars probe and the European Space Agency’s ExoMars gas tracking orbiter (TGO).
It was the first time something like this had been seen, and the findings could aid studies of the sun’s influence on magnetic fields and the surface of planets, as well as help develop equipment for astronauts’ next trip to the Moon. Jingnan Guo, the principal author of the study, explains:
“Understanding these events is critical to future manned missions to the lunar surface.”
Effects of a solar flare
This event was the 73rd recorded since 1940, known as a levitation of the Earth, in which sunlight was able to penetrate the Earth’s magnetic field.
On the other hand, the moon and Mars They do not have this magnetic protection, which allows high energy rays to reach their surfaces directly. However, the Red Planet has an atmosphere that slows down radioactive particles, and also dilutes those of lower energy.
It is noteworthy that no physical laws were violated and the synchronization was not accurate, given the distance of the planets from the sun and the limitation of the speed of light. The event was filmed and published by the European Space Agency.
Image: ESA/Disclosure
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