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For the first time, scientists caught lightning with the act of opening a strong explosion of Gamma radiation known as the surface gamma-ray flash (TGF).
Researchers are headed by researchers at Osaka University – one of the strongest and sensitive natural phenomena on our planet. Work and also puts a step forward in understanding how the storms manage the radiation we associate with the most extreme objects of the universe: black holes and neutron stars. The team’s investigation was made to explain the observation published Today in science advances.
Using the most advanced sensor system in Japan, using the most advanced sensor system in Japan, the team rose from a lightning discharge between the two roads, the other, the other, the other, another, another wooden transmission tower. Scientists occurred in a total of 31 microses in front of two discharges of a gamma flash in the air.
“Most TGFs were discovered by satellites, but Spaceborne observations can provide limited information,” he said. “We have observed a substantial observation to see TGFs in detail.”
TGFs were first detected in the 1990s in the 1990s, but in the event of more than two decades, their exact origins were inevitable. Last year revealed a pair of documents in nature Gamma-Ray “Bright” and Flicking Flashes During tropical shoots-radiation marked by flying to the retrofed spy plane directly to the storm systems of scientists. Research, Thunderchouls, thuntlouls, pointed to the family of more extensive radiation events representing TGFs and most severe explosions in the TGFs.
Observations based on the places where the TGFs took place, the construction of the Osaka team reveals its formation. In this case, Gamma explosion collided with two lightning leaders, near the energy of the super-loaded electric field, which is accelerated until the energy of the energy, which has accelerated until the vicinity of energy collides.
“The latest natural documents are based on air warehouse observations,” he said. “They are also very interesting, but basic-based observations can be achieved less.”
Unlike the “whipping gamma-ray flashes found in the tropical heaven, this TGF was intense synchronized with a lightning strike. While the previous documents provide a review of how many gamma-ray incidents in a certain tropical species, the final paper explored a certain event to understand that the lightning produces enough energy to create gamma rays.
“There are a world of many sensor observations carried out here, although some of the secrets remain, this technique has brought us closer to understand the mechanism of this exciting radiation explosion,” he said, Osaka atomic energy agency at Osaka University release.
The study of TGFs can help to illuminate one of the most remarkable and strong natural phenomena in our heavens – once belonged to the gods. Last research shows that there is more lightning than meeting with eye The strongest explosions.
