Indian scientists reveal the secret behind the rare Arora over Ladakh

In a village in Ladakh, there was an explosion in the sky, which turned the sky on May 10, 2024 into red and green Arora. It has not been seen in the last 10 years. This fierce solar has been triggered by the storm, called the coronal mass ejection (CME), which is magnetic and thrown from the Sun at a distance of one million km per hour. Such arrests in the mass, filament explosions and solar flames reached millions of kilometers towards our planet. Such a rare aura has been ignited by a fierce solar storm.

Indian scientists check

According to the organizer, Dr. The team of Indian scientists led by Vejesh Mishra used data from NASA, ESA and other grassroots facilities, which were to find this Auroral event in the Indian Astial Vysthala by applying the flux rope internal state (FRIS) model to broaden the coronograph images. Developed temperature, magnetic field and structure Coronal mass ejections were mapped At the time of interplenate journey. It is the first global study for Chronicle CME thermal dynamics from Sun to Earth, which is published in astronomy and astronomy physics.

CMS unexpected reunion

Unlike expectations, CMEs did not calm down with their expansion. In fact, they heat in their middle, absorb heat and maintain a constant temperature over time they affect the earth. This thermal restructuring is caused by a collision of two CME, where electrons release high temperatures and ion mixed lower and high temperatures mainly.

Magnetic collision triggers lights

Data from NASA’s wind spacecraft, when a solar storm reached Earth, indicates that Plasma covered the Earth in double flux ropes. These are twisted magnetic structures that can trigger potential geopolitical disturbances. Such a tangled magnetic field brought Arora to the south. That is, Ladakh, and creates a magnificent light show that was seen by the citizens of the place.

Global impact and research success

The global space weather in this discovery is important implications for India and India. Through the understanding of the interaction of thermal and magnetic changes of the CMEs, scientific power grid issues, navigation outage and satellite disruptions can better develop warning systems.