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A Japanese start-up is working on a project that could launch the first artificial meteor shower. The Tokyo-based ALE qualifies the technology of "shooting stars on demand" and could light up the sky of Hiroshima in early 2020.
ALE is already in the final stages of the development of technology that requires two microsatellite to release and drop the light – issue bullets in the space. According to Phys.org, bullets are designed to shine when they enter the Earth's atmosphere to simulate a meteor shower.
While the startup is currently aiming to create a spectacular show on Hiroshima for the first artificial meteor shower, it also intends to offer a similar experience in other parts of the world. "We are targeting the whole world because our stock of shooting stars will be in space and can be delivered around the world," said Lena Okajima, general manager of ALE.
The two microsatellites will be launched at different times. It will be enough to take a tour in space on a rocket launched by the Japanese space agency in March 2019. The second satellite will be launched on a rocket of the private sector in mid-2019. Each satellite will contain 400 tiny balls, whose chemical composition will remain secret.
ALE said the 800 bullets will suffice for about 40 to 60 artificial meteor showers in the space of two years, since the satellites will only be able to remain in space during this period. The two satellites will start orbiting the Earth in February 2020, and the first event is expected to take place in the spring of 2020.
While it is clear now that the bullets will serve as artificial shooting stars that will shine brilliantly when they plunge into the sky. The Earth's atmosphere, we still do not know what color the bullets will shine. SlashGear assumes that they could be adapted to different colors for a show display in the night sky.
ALE was founded in 2011 by Okajima, a Japanese entrepreneur. She had the idea of creating artificial meteor showers while watching Leonid's meteor shower while she was still studying astronomy at the University of Tokyo. For more information on the project, check out the startup's website.
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