300,000 alien treasures hidden in the 'death place' of the Earth

An AI has been used by Dutch scientists to map the alien treasure in Antarctica, which is believed to have 300,000 hidden objects from space.

According to Dr. Veronica Tollenaar from Delft University of Technology (Netherlands), artificial intelligence (AI) will help them create a "treasure map" with over 80% accuracy and guide the mining operations. dig the future.

Collect a meteorite in Antarctica

The map is created by calculating and balancing many parameters to identify areas where meteorites can be found with high probability. The dataset includes satellite observations of the temperature, ice flow rate, surface cover, and glacial geometries, which help predict the meteor-rich region fairly accurately.

Science Alert quotes the team's explanation: meteorites fall around the world, but the Antarctic environment makes them easier to excavate. But finding meteorites in a frozen "death" region, the least life on Earth is a dangerous task, so a navigation map is needed.

Research also helps calculate that there are more than 300,000 alien treasures still lurking throughout the frozen continent. The good news is that many "meteor mines" are accidentally located near research stations that international scientists have built over the years.

Map of "hot spots" to collect meteorites

Antarctic meteorites can also offer the world's best, by being preserved in a "cold desert" environment, thus remaining pure and free from animal disturbances. The meteorite that landed in Antarctica may not lie still but be moved by the glacier, so the AI ​​tool of the Dutch scientists also relies on these factors to determine where the meteorites were gathered by the glacier. .

In some special spots like the Transantarctic Mountains, glaciers hit mountains and bring meteors to the surface, which is where scientists can go to collect large numbers.

Meteorites often hide many interesting details about the history of the universe, some of which are also expected to explain our own origins.