Scientists have looked at what caused a strange electrical phenomenon called jet-blue lightning. The devices on the International Space Station did what was impossible for scientists on Earth. for every Science News The breakdown, blue jets – which shoot from thunderbolt clouds into the stratosphere, instead of descending to Earth – have been observed by scientists and pilots for years, but without seeing the top side of lightning clouds, finding the cause or source was difficult. Since most pilots will tell you that flying through an active thundercloud is not ideal unless absolutely necessary, this limits your surveillance options.

The blue kite gets its name from its color, and it gets its color from what it burns in the atmosphere. Conventional lightning interacts with a variety of gases on its way to Earth, but the upward movement of the blue jets means that the electric bolt mostly burns nitrogen, which burns blue at this temperature.

According to Science News, blue jets can reach heights of about 31 miles (50 kilometers) in less than a second.

Scientists finally get a clear view of a spark that releases a strange kind of lightning called a blue jet.

Last week, the space station detected a blue jet plane emerging from a very short, bright burst of electricity that occurred near the top of a thunderstorm. Scientists reported the discovery on January 20.

While it is unlikely that blue jets and other weather events in the upper atmosphere will cause serious injuries to people or animals, scientists monitor and study them not only for academic understanding of the natural world, but for practical reasons as well; Events like this can affect how radio waves are transmitted, and affect satellites and other communication technologies.

Scientists are trying to figure out what might be special about the sparks that generate the blue jets. The explosion reported in January – and recorded in February 2019 – was a 10 microsecond flash of bright blue light, which occurred near the top of the cloud, about 10 miles high.

To quote a Science News article, Torsten Newbert, an atmospheric physicist at the Technical University of Denmark in Kongens Lyngby, suspects that the spark may have been a unique type of short-range electrical discharge inside the cloud. This would explain the short and intense blast, because while conventional lightning is caused by discharges between opposing charged bodies that are several kilometers apart, these short-range sparks may bring in opposite charged regions within a range of about one kilometer, producing strong bursts of The current is burning up quickly. Evidence for such eruptions is nothing new, but this could provide a new insight into the phenomenon.