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'55 miles up': Sunita Williams' ISS sees mysterious waves from Earth’s storms. What's going on?

Produced by: Mohsin Shaikh

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Mystery Detected

The ISS uncovered atmospheric waves 55 miles above Earth linked to Hurricane Helene.

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Mesosphere Revealed

Waves formed in the mesosphere, a rarely studied atmospheric layer, due to intense storm activity.

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Storm’s Reach

Hurricane Helene’s power caused ripples in the upper atmosphere, invisible from the ground.

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AWE’s Role

NASA’s Atmospheric Wave Instrument (AWE), aboard the ISS tracked these disturbances.

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Scientist’s Insight

NASA’s Michael Taylor described the findings as “a new dimension” in understanding storms and thin air.

Credit: LinkedIn

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Impact on Satellites

Atmospheric waves disrupt satellite orbits, posing risks to space technology and communication systems.

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Infrared Advantage

The Advanced Mesospheric Temperature Mapper (AMTM) captured infrared data from these hidden disturbances.

Credit: NASA

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Data Breakthrough

AWE and AMTM provide groundbreaking insights into upper-atmosphere activity previously undetectable.

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Space Connections

Findings reveal how surface storms influence atmospheric layers critical to satellite stability.

Credit: NASA

Future Applications

NASA emphasized that ongoing studies aim to improve satellite resilience and predict weather for space operations.

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