The NASA spacecraft has entered the crown of the Sun for the first time

The Parker Solar Probe has become the first aircraft to fly in the solar system or corona, NASA. he announced. In April, it passed within 15 solar radiation (about 6.5 million miles) from the Sun in the region where the magnetic field controls the sun. “The Parker Solar Probe ‘Touch the Sun’ is an important moment in solar science and a phenomenon,” said fellow NASA co-ordinator Thomas Zurbuchen.

The sun is made up of corona (a compound from the earth except the solar eclipse) that is connected to gravity by a magnetic field. At some point called Alfvén critical surface, devices can escape those forces and become part of the solar system, leaving their connection with the Sun.

Scientists estimate that the corona is between 10 and 20 million radiant from the Sun, or about 4.3 to 8.6 million miles. The Parker Solar probe identified how much magnet and tiny particles are needed on a corona of about 18.8 million solar radios, or about 8.1 million miles. It passed through and exited the border several times, proving that Alfvén’s key points are spikes and valleys and are not shaped like a smooth ball.

Inside the region, the study found objects called pseudostreamers, or large solar panels that appear on the eclipse. Flying through the objects was like “flying in the eye of a storm” because of the quiet space and tiny particles, NASA said.

It also made it possible for scientists to determine the location of “switchbacks,” or kinks in the form of solar panels. It detected volcanic eruptions as they passed near the sun, and scientists were able to track the return to outer space. Specifically, it was found that some types of “fast” switching generate electric magnets generated between convection cells in the sun.

Investigation not only caused the sun to pass very close, but it was moving very fast speed for every man-made item, it currently has about 430,000 MPH. The next move will take place in January 2022, when scientists will try to figure out how switchbacks and other solar systems are made. “Such measurements from the corona are essential for understanding and predicting weather events that could disrupt telephones and destroy satellites around the world,” NASA wrote.