The persevering Mars rover discovers something similar to hair

Pictures taken in the sampling area of NASA’s Perseverance Rover on Mars The expedition scholars were surprised, because Something like hair appears. Data downloaded on August 4 from Perseverance showed that the mission’s 12th sample had been successfully extracted, sealed, and stored.

As the team routinely does, photographs were taken of various components of the sample collection system after the drilling activity was completed. In the pictures you can see Two small pieces of debris: “A small body in a pulp bit (stored in a drill carousel) and a small body like a hair in an envelope.”

According to NASA, currently the team looking for its origin and whether it originated from the rover or external debris from the entry, descent and landing (EDL) system that was discarded at the start of the mission. I know Workspace image analysis, that is, the surface directly in front of the rover, to see if there is visible debris of a foreign object. The turret at the end of the robotic arm will rotate so that the chuck shaft and the circular drill can be imaged from more inclined angles. In addition, additional imaging and other diagnostic activities needed to better understand the nature of these organisms are considered.

The chariot of perseverance has a new goal

NASA’s Perseverance Mars probe is a nuclear-powered electric vehicle that is the main component of the Mars 2020 mission. It has similarities to the previous Curiosity rover, but is much more advanced. It carries seven scientific instruments that weigh 59 kilograms more than Curiosity’s.

It also has 23 cameras and two microphones and is powered by a robotic helicopter, which could be considered the first aircraft in history to be sent to another planet. This rover arrived at Mars last year and has been collecting samples from Mars ever since.

The US space agency wants to know about Mars

The US space agency wants to learn more about the magnetic field of Mars, so the rover will have to travel to the south of the planet. The ultimate goal is to learn the effects of the Martian magnetic field in relation to the loss of the Martian atmosphere.

This way, you need to get high-quality samples, so you should know NASA How are those rocks oriented. That’s where Perseverance’s “SuperCam” comes in, allowing rocks to be distinguished from Mars by taping them for later collection: “If the sample surface is fine-grained, there is no way to discern its orientation.”

Once on the ground, these stones will form an L, which will allow scientists to know where the rock was at the time of its collection, which is a huge advantage over the impossibility of doing it otherwise.