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The Indian Space Research Organisation (ISRO) connected Saturday (January 10, 2026) said its Aditya-L1 star ngo has provided caller insights into however a almighty star tempest tin interaction Earth’s magnetic shield.
“The astir terrible effects occurred during the interaction of the turbulent portion of the star storm,” the abstraction bureau said successful a statement.
In a breakthrough survey published successful The Astrophysical Journal successful December 2025, ISRO scientists and probe students analysed a large abstraction upwind lawsuit that struck Earth successful October 2024.
Decoding star plasma
The survey utilized observations from Aditya-L1, India’s archetypal star observatory, on with information from different planetary abstraction missions to decode the interaction of a monolithic eruption of star plasma from the Sun.
“Space upwind refers to conditions successful abstraction caused by transient enactment connected the Sun, specified arsenic star plasma eruptions, which tin impact satellites, connection and navigation services, and powerfulness grid infrastructure connected Earth,” the connection said.
According to ISRO, the turbulent portion of the star tempest “strongly compressed Earth’s magnetic field, pushing it unusually adjacent to the Earth and concisely exposing immoderate satellites successful geostationary orbit to harsh abstraction conditions.”
The abstraction bureau noted that this improvement occurs lone during terrible abstraction upwind events.
The survey besides revealed that during the turbulent phase, currents successful the auroral portion (high latitudes) super-intensified, a process that could vigor the precocious ambiance and pb to enhanced atmospheric escape.
ISRO said the findings reenforce the request for adjacent monitoring of star activity, noting that the survey highlights the value of knowing of abstraction upwind phenomena and their real-time assessments to safeguard the captious abstraction assets.
