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Dmitry Dzhugalik Author of news on Mezha.media. I write about what I actively admire, namely technology, games and cinema.
This is the closest view of the sun in history. The shown images help scientists to better understand the effect of the sun on the entire solar system, including events that can directly affect the Earth.
Images made on a wide -angle insurgent for the solar probe (WISPR) show both the crown and the solar wind – a constant flow of electrically charged particles from the sun rushing the entire system. According to NASA, understanding the effect of the solar wind begins with understanding its origin in the sun.
Among other things, thanks to a new image, scientists can look closer to what is happening with the solar wind shortly after its release from the crown. Photos also show the limit where the direction of the magnetic field of the sun changes from north to south, also called a heliosphere current layer.
In addition, these images for the first time in high quality fix the collision of several emissions of coronal mass, large flashes of charged particles, which play a key factor in space weather.
”, – WRITE: mezha.media
Dmitry Dzhugalik Author of news on Mezha.media. I write about what I actively admire, namely technology, games and cinema.
This is the closest view of the sun in history. The shown images help scientists to better understand the effect of the sun on the entire solar system, including events that can directly affect the Earth.
Images made on a wide -angle insurgent for the solar probe (WISPR) show both the crown and the solar wind – a constant flow of electrically charged particles from the sun rushing the entire system. According to NASA, understanding the effect of the solar wind begins with understanding its origin in the sun.
Among other things, thanks to a new image, scientists can look closer to what is happening with the solar wind shortly after its release from the crown. Photos also show the limit where the direction of the magnetic field of the sun changes from north to south, also called a heliosphere current layer.
In addition, these images for the first time in high quality fix the collision of several emissions of coronal mass, large flashes of charged particles, which play a key factor in space weather.