India's Solar Space Mission entered the orbit of the Sun after four months. The space mission will stay in the same orbit for two years and collect important data by studying the Sun.
Four months ago, on September 2, India's Space Research Organization (ISRO) launched a satellite to survey the sun.
India is the fourth country in the world to send a satellite to study the sun; before India, the US, Russia, and the European Space Agency sent their missions for this type of research.
'Aditya L One', named after the Hindi word for sun, was launched to coincide with India becoming the first country to land on the Moon's south pole.
Scientists consider the study of the sun to be significant for understanding the solar system and, therefore, understanding the energy and temperature emitted by the sun. And to explain this to the world, space research organizations worldwide want to get as close to the sun as possible.
For this purpose, India's 'Adatya L One' has come close to the Sun; it will orbit the Sun for two years and study it in detail.
This space mission has reached the 'Lagrange-1' point at about 1.5 lakh km from the Earth to get closer to the Sun.
Congratulations to the Prime Minister of India! Prime Minister Narendra Modi tweeted that India has crossed another important milestone: 'This is one of the most complex space missions of our scientists, for which they have worked so hard.
India's Science and Technology Minister, Jitendra Singh, said on social media that 'the space mission to discover the mystery of the Sun-Earth connection has reached its final orbit.'
Aditya of India. L OneThe Aditya-L1 spacecraft is designed to travel about 1.5 million kilometers in 4 months to create a kind of parking lot in space where objects stay in place because of the adjusting powers of gravity and space. Reduces fuel consumption for the ship.
These positions are called Lagrange points, named after the Italian-French mathematician Joseph Louis Lagrange.
Astronomer Somak Roy Chaudhary says that this mission has the potential to make a big splash in the field of science and that the energetic particles emitted from the sun can target satellites that control communications on Earth.
Scientists hope to learn more about the effect of solar radiation on the thousands of satellites in orbit, where the number is growing with the success of projects like Elon Musk's SpaceX's Starlink communications network.