Faster than light: Parker Solar sample racing to the sun!

Faster than light: Parker Solar sample racing to the sun!

The Raum probe Parker Solar sample wrote history at Christmas time: It flew up to the surface of the sun with an incredible pace of 690,000 kilometers per hour. This is the slightest distance so far that a man -made object has reached the sun, as NASA reports. The astrophysicist Volker Bothmer from the University of Göttingen sees this approach the opportunity to collect incomparable data about the solar atmosphere. These most exciting measurements will only be available at the end of January when the probe organizes its main antenna to Earth. The mission of the Parker Solar rehearsals, which was launched in August 2018, could provide valuable knowledge about the birth regions of the Sonnenwind and the solar storms.

high -resolution images of the sun

At the same time, researchers from the Max Planck Institute for Solar System Research report from the ESA room probe Solar Orbiter, which has recently released high-resolution images of the sun disk. These pictures come from 25 individual shots that were taken by during a flight in March 2023. The solar orbiter was only half as far from the sun as the earth. The resulting recordings show the active sun surface in a detailed accuracy that has so far been unmatched. The honeycomb pattern on the surface illustrates the dynamics of the sunplasm, while dark sun spots show areas with particularly strong magnetic fields. These high -resolution perspectives are crucial for understanding the complex processes that run on the sun, including the mechanisms that are behind the regular solar activity cycles.

Both missions - the Parker Solar Prohes and the Solar Orbiter - open up new opportunities for researching our Central Gestrns. While the Parker Solar sample dares to explore the innermost of the solar atmosphere in dangerous proximity, the solar orbiter provides impressive overall views of the sun surface, which offer new insights into the structure and dynamics of the sun. This cooperation between the spatial probes could enable progressive knowledge about solar physics and its effects on our solar system, as on the website of krone.at href = "https://www.mpg.de/23746472/die-sonne-zum-reinzental is reported.