Human intelligence touching the Sun!!

A miracle has taken place in human history. The first man-made spacecraft crashed into the Sun's upper atmosphere. National Aeronautics and Space Administration (NASA) has achieved a feat once thought impossible. NASA’s Parker Solar Probe has officially become the first spacecraft to fly through the Sun’s outer atmosphere or corona. When Apollo 11 was the first manned mission to land on the Moon on July 20, 1969, everyone praised human intelligence on space.  After 52 years, human beings once again did the impossible task in space with all ease. The ship's special equipment caught the sun's particles and dust burning like fire particles and sent their guttural, incredible photographs to Earth.

The US space agency NASA has proudly announced the triumphal procession of modern man. In 2018, NASA launched the Parker spacecraft to study the Sun's atmosphere and conditions there. This first attempt by man to cross the Sun's outer atmosphere at a temperature of 2 million degrees Fahrenheit continued beyond expectations. Parker Solar Probe, a spacecraft successfully entered and flew through the Sun's upper atmosphere the corona on April 28 and sampled particles and magnetic fields situated on the surface of the red-hot star. The Sun is the largest glowing star in the Solar System. It is the birthplace of mysteries. All these years have challenged human intelligence.

Now it is the first step to unravel the mysteries in it. Research is speeding up on changes in the sun and its effect on the earth. Parker, which had previously traveled seven miles closer to the planet Merry than any other spacecraft, then plunged directly into the sun's atmosphere. Parker collects and transmits information about the shape, velocity, and origin of the most powerful solar cells in the Sun. Entering the sun's atmosphere means a temperature of thousands of degrees Celsius. If it goes to its nearest, it will be demolished. Parker designed the spacecraft to withstand that temperature. The vessel is fitted with a 4.5-inch thick carbon-composite shield to prevent that temperature effect on the outside and inside components.