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NASA captures ultra rare gigantic jet from space

A NASA astronaut records a rare atmospheric jet from the ISS, offering new data for space weather studies.

August 20, 2025 at 10:30 AM
blur NASA Astronaut Snaps Ultra-Rare 'Gigantic Jet' From Space in Once-in-a-Lifetime Photo

A NASA astronaut records a rare atmospheric discharge from the ISS, adding new data to space weather research.

NASA captures ultra rare gigantic jet from space

On July 3, 2025, NASA astronaut Nichole Ayers, aboard the International Space Station, captured a rare gigantic jet. The image, released on NASA’s portal, shows a blue column of charged plasma climbing from a thunderstorm toward the edge of space, offering scientists a rare view from roughly 400 kilometers up.

Gigantic jets begin at around 20 kilometers and push into the mesosphere, standing apart from sprites which form higher up and in a more diffuse shape. The photo provides a valuable data point for understanding how electrical energy moves from the troposphere to the ionosphere and how space weather can affect satellites and communications. NASA also highlights Spritacular.org, a platform inviting amateur skywatchers to upload sightings, expanding data for unpredictable events.

Key Takeaways

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The photograph comes from the ISS at high altitude, offering a unique vantage point.
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Gigantic jets show a different energy transfer path than sprites.
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Sprites and gigantic jets are driven by different storm physics.
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Public platforms now help crowdsource observations of rare events.
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The data informs space weather models that affect satellites and comms.
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Citizen science can expand data coverage for unpredictable atmospheric phenomena.
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This kind of observation strengthens public engagement with space science.

"Gigantic jets reveal a hidden pathway from clouds to the ionosphere"

NASA notes the scientific significance of the phenomenon

"This image shows why space weather models need new data points"

Editorial assessment of the image’s impact on modeling

"Watching storms from above makes the planet feel smaller and the questions bigger"

Emotional reflection on perspective

The image demonstrates how space agencies are expanding the way science is done. A professional spacecraft eye paired with crowdsourced observations can capture fleeting events that are hard to study with traditional instruments alone.

This approach raises questions about data quality and coordination, but it also broadens public interest in Earth science. By opening tools and platforms to the public, NASA is building a more participatory model of discovery that could shape how future atmospheric research is funded and conducted.

Highlights

  • Gigantic jets push science into a new frontier of space weather
  • Light climbs to space and teaches us how storms work
  • Seeing storms from space opens a window to the unseen
  • Citizen science turns skywatching into real discovery

The sky still holds many hidden connections between storms and space, waiting for more eyes.

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