The L1 point that ‘Aditya L1’ will reach is called Lagrangeian Point. After reaching there, the Aditya Spacecraft will monitor the activities in the Sun. Significantly, our Sun is passing through its solar cycle and is very active. Because of this, sunspots are emerging in it. These sunspots like solar flare and incidents like coronal mass ejection are coming out.
The Indian Space Agency ISRO (ISRO) launched the ‘Aditya El 1’ spacecraft under the country’s first Sun Mission on 2 September through Polar Satellite Launch Vehicle (PSLV) -C57 from Sriharikota Space Center in Andhra Pradesh.
‘Aditya El1’ has taken seven payloads with him. Of these, 4 payloads will inspect the sunlight and the remaining 3 payloads will understand its plasma and magnetic field. Every day thousands of pictures will be sent to the command center of ISRO, where the team of scientists will analyze them and an alert can be issued in any emergency.
The process of activities continuing in the Sun is expected to continue till 2025. During this time incidents like solar flair, coronal mass ejection will continue. They also affect the earth. A powerful solar flare can cause a global radio blackout on the earth. Can damage our satellites.