Mars and fires.

For the first time, the Probe of the United Arab Emirates filmed high-resolution images on the backs of the Mars Small Satellite - Fire guard. Scientists have indicated that the results of the observations add a basis to the theory that the two have formed with Mars rather than being captured by Mars.

According to Nature, the official name of Hope is “the mission of the UAE to Mars” (EMM), which carried out a near-crop detection flight on 10 March. It was the first time a detector for overflight of fire II, filming the irregular shape of fires and pit holes in asteroids. It also captured stereotype images when they were closest to fire protection.

Hessa Al Matroushi, the head of the EMM science, looks at 12.4 kilometres of small satellites and recalls the temptation of the first wave of image transmission. “Mars can be seen in the context. The truth is shocking.” She reported on this outcome at the annual meeting of the European Union for Geosciences, held in Vienna, Austria, on 24 April.

Like the Earth’s satellite moon, the flames are locked on its planet. This means that any observations from low orbits or surfaces of Mars are always on the same side of fire.

Al Matroushi explained that, compared with the other tasks visited on the red planet, the orbit of Hope was unusually high and long, at the highest point over 40,000 kilometres from the surface of Mars. This enables it to observe fire II from the top and to take images on its back.

During the period between 10 March and 10 March, when it flew over the burner, the team used all three machine-borne devices to read the number of readings from the infrared to the ultraviolet line. The relatively flat spectrometer witnessed by scientists suggests that it has substances similar to the surface of Mars and is not a carbon-rich rock frequently found in asteroids.

This indicates that the two fires are formed by the same substances as Mars. “If there is carbon or organic matter, we will see a particular wave peak.” Al Matroushi said.

It is known that, in July 2020, a thirteen-ton, $200 million-dollar “behind” detector was launched by Japanese rockets into the orbit around Mars in February 2021. Its main scientific objective is to study seasonal changes in the atmosphere and weather patterns of Mars. It will continue its observation of fire protection II. “We want more information.” Al Matroushi said. (The Crown)