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Solar Storms Expand Auroras, Risk Ozone Layer Damage

12/22/2025

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Summary

Story summary

Recent solar activity has expanded aurora visibility, with sightings in New Mexico and Florida.
Auroras form when solar storms release charged particles that collide with Earth's atmosphere, producing colorful lights.
Researchers warn that these displays can deplete the ozone layer, with potential damage lasting weeks.
Auroras also occur on other planets, shaped by each planet's atmosphere and magnetic field.
The lights have inspired myths across cultures for centuries.

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Story summary

Recent solar activity has expanded aurora visibility, with sightings in New Mexico and Florida.
Auroras form when solar storms release charged particles that collide with Earth's atmosphere, producing colorful lights.
Researchers warn that these displays can deplete the ozone layer, with potential damage lasting weeks.
Auroras also occur on other planets, shaped by each planet's atmosphere and magnetic field.
The lights have inspired myths across cultures for centuries.