FireBallsinTheSky: Online Meteorite Technology is a technology website dedicated to meteorites in outer space, founded by Curtin University in Australia, sharing data on meteorite orbits in space, meteorite photography, meteorite research, and other related technology data.

The app uses sensors to acquire Data and use the smartphone to record all the details, when you look up at the stars suddenly found a meteor shower, you can use this mobile application to record, the application will automatically identify your location, height and orientation of the meteor, the user can also add the scene at the time of the brightness, color, speed and other related information, the valuable data submitted to the Curtin University of Science and Technology scientists and engineering The user can also add information about the brightness, color, speed, etc., and submit this valuable information to scientists and engineers at Curtin University of Technology to help them obtain valuable information about the meteors.

Of course your action is rewarded, through the application you can get the latest field trip information and precious pictures, these pictures are very precious high-definition images, are obtained through high-definition photographic equipment, with this mobile application as long as you shoot the meteor information, it will The team can calculate where it comes from and send back information to you. The Meteors in Space project is a science project for all people, allowing the public to collaborate and participate in the discussion.

Meteorites are the oldest rocks in existence: the only surviving physical record of the formation and evolution of the solar system. They sample hundreds of different heavenly bodies. Potentially, meteorites offer a direct route to understanding our origins. The Desert Fireball Network (or DFN for short) is designed to provide that data. Meteorites generate a fireball as they come through the atmosphere - you may even have seen one of these yourself. DFN is a network of digital cameras in the outback desert of Australia which capture photographs of the night sky. By making networked observations of the fireball we can triangulate its trajectory, track the rock forward to where it lands, and back, to where it came from in the solar system. More and more cameras are being added to the DFN as the project expands. DFN researchers will then go out and recover the meteorite. Knowing where the meteorite came from, and what it is made of, will help us to address some of the biggest questions in planetary science: how our planetary system came into Knowing where the meteorite came from, and what it is made of, will help us to address some of the biggest questions in planetary science: how our planetary system came into being, and how dust and gas produced a planet capable of supporting life - our Earth.

Fireballs in

Fireballs in the Sky is a citizen science initiative that will allow the public to share the discoveries of the Desert Fireball Network. images from all our cameras, results, and blogs from the field, so that you can see a research project as it happens, provide your own data, and experience Watch this space!