NASA reaches solar atmosphere for the first time! And this is an important milestone. The Parker Solar Probe of the National Aeronautics and Space Administration (NASA) has reached the corona, the Sun’s upper atmosphere. It also samples the particles and magnetic fields there. By landing on the moon for the first time, it allowed scientists to understand the formation of the moon. Similarly, touching the Sun’s atmosphere can help scientists discover important information about our nearest star and its overall impact on the solar system, such as its formation and function.
Touching the Sun “Parker Solar Probe is an enormous moment for solar science and a truly remarkable achievement. This milestone gives us in-depth insights into the evolution of our sun. And reports on the impacts on our solar system.
What does this milestone mean?
This is the first time the spacecraft has come so close to the sun. Due to the flow of particles from the sun that could affect us on Earth, Parker has discovered scientific advances that other spacecraft cannot even observe as they approach the sun. In 2019, Parker discovered that magnetic zig-zag structures, known as switchbacks in the solar wind, are abundant near the sun. But how and where it originated remained a mystery. After halving the distance to the sun, the Parker Solar Probe has now traveled close enough to recognize the sun’s surface.
How does the Parker study handle so much heat?
This is a common question for most people. As the Parker Solar Probe operates in the extreme heat and hazardous area of the sun, the speed of the sun’s wind will be close enough to monitor the speed of the sun’s wind from supersonic to supersonic, flying to the sun’s source of high energy. Solar particles, which are protected from the intense heat of the sun by a 4.5-inch thick carbon-alloy shield. It should maintain a temperature of approximately 2,500 degrees Fahrenheit outside the spacecraft (1,377 C).
Parker Solar Prop:
The Parker Solar Probe was launched in 2018 to explore the mysteries of the sun. Parker Solar Probe gradually approaches the Sun using the gravitational pull of Venus over a period of about seven years, in order to unravel the mysteries of the Sun’s atmosphere. The spacecraft travels at a speed of 500,000 km. Allows heat to enter and exit quickly to prevent heat damage.
