The record launch of rockets in recent years has generated unexpected consequences in the Earth's atmosphere. A Boston University physicist named Jeff Baumgardner reported that the Falcon 9 rocket, from SpaceX, released on July 19, may have blown a temporary hole in the ionosphere – a region where the atmosphere meets space.
With holes in the ionosphere becoming more common due to the increase in the number of launches, there is concern about the long-term effects of this damage.
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With the record launch of rockets in recent years, there has been an increase in the occurrence of temporary holes in the ionosphere. These failures occur when rockets have their engines activated between 200 and 300 km above the Earth's surface.
The fluorescent red glow seen by photographers is a result of the rocket's impact on the ionosphere. Although the holes reform when the ionosphere undergoes a reionization process after
(Image: SpaceX/playback)
On July 19, SpaceX launched the Falcon 9 rocket from its base in California. This rocket is reusable and aims to take people and cargo into orbit around the planet. Physicist Jeff Baumgardner observed the phenomenon of the red fluorescent glow in the ionosphere after launch.
Photograph of the incident was captured by photographer Jeremy Perez and drew attention to the possible implications of these holes in the atmosphere.
The increasingly frequent occurrence of holes in the ionosphere raises concerns among specialists. Although these faults are temporary and naturally heal, it is not yet known how they might affect the ionosphere and Earth in the long term.
The ionosphere is an important region for radio communication and signal transmission, and any interference or damage could have significant implications.
So far, SpaceX has not responded to questions about the incident reported by physicist Jeff Baumgardner. It is possible that the company is investigating the phenomenon and its possible impacts, but the lack of response raises more questions about how the industry spatialaims to address this ever-evolving issue.
Experts and the space industry need to better understand these phenomena to ensure that progress in space explorationspace does not compromise the stability of our atmosphere and essential communications.
The subject must be handled with responsibility and continued study to ensure a safe and sustainable future for space exploration.
