Sun Explosive Mystery: NASA’s spacecraft Parker Solar Probe has achieved great success in solving the mystery of the Sun. This mission, launched in August 2018, has gathered important information about the explosions in the sun.
Nasa parker probe mission for sun: For the last 70 years, scientists have been searching for the reasons behind solar mystery and Koronal mass ejections, one of the most dramatic events of the Sun. This intense explosion in the Sun releases a large amount of energy, which can directly affect the Earth. At the same time, Parker Solar Probe of American Space Agency NASA has now resolved the 7 decade -old solar secret that inspires the flames born in the Sun and the coronal mass ejections. This success will bring revolutionary changes in space weather research and earth conservation.
The first man -made vehicle to reach the outer atmosphere of the sun
Let us know that NASA’s Parker Solar Probe has played an important role in solving the mysteries of the Sun. This spacecraft has become the first man -made vehicle to enter the corona (external atmosphere) of the Sun. At the same time, the record of passing closest to the Sun has also been made. Parker Solar Probe has studied solar air structure, switchback (sudden changes in the direction of magnetic field) and coronal mass ejections (huge clouds of plasma emanating from the sun) near the sun surface. This will help a lot in understanding the sun’s behavior and solar wind.
How to find out the explosions in the sun?
NASA’s Parker Solar Probe has directly entered the outer atmosphere of the Sun and made several important observations, which had been a long -time mystery. This spacecraft recorded things related to magnetic reconciliation. This is a process in which the magnetic field lines entangled in plasma break and then join. In this process, there is an explosion of energy stored in the Sun. These solar explosions create all types of seasons in space that can affect satellites, GPS, communication systems and even large power grids on Earth.
How did scientists do this historical work?
The magnetic reconciliation in the Sun for the last 70 years was seen only indirectly or through simulation. But Parker Solar Probe has now directly confirmed this incident in the Sun. On September 6, 2022, when the solar probe reached the closest to the Sun, he discovered a powerful explosion. The equipment in the vehicle recorded the activity of the plasma and magnetic fields with full accuracy, while the Complimentary Data met ESA’s solar orbiter.
What is the next step of scientists now?
Scientists are now trying to find out whether turbulance, magnetic flicks or wave activity also contribute to these solar blasts? This will help in making more accurate forecast of the space season than before. Let us know how explosive energy comes out in the Sun, scientists can protect the terrible devastation on the earth by predicting disastrous solar storms in the future.
What is Parker Probe Mission?
Let us know that Parker Probe has been named after Eugene Parker, the scientist at Chicago University. The mission was launched by NASA on August 12, 2018 from Cap Canvart Air Force Station with USA Delta 4 Heavy Rocket. The purpose of this mission was to find out which movements in the Sun can harm the Earth and other planets. The Parker Probe vehicle has been made in such a way that it can withstand the high heat of the sun very comfortably. According to NASA, the speed of this spacecraft is more than 6 lakh 92 thousand km per hour.
Source: The research was done by the Southwest Research Institute (SWRI) in collaboration with data obtained from NASA’s Parker Solar Probe and Solar Orbiter of European Space Agency. Its findings were published in Nature Astronomy.