After marathons and combats, humanoid robots already have their next challenge: climbing Everest

we have seen robots doing kickboxing, skiing, dancing with astonishing precision and have even participated in their own robotic olympics. The new feat starring a humanoid robot has been to become a mountaineer. He has already climbed to the top of the Chimborazo volcano in Chile, 6,263 meters high, and already has his next goal: Everest. The climbing robot. The robot in question is a Unitree G1 and is part of the ‘Pemba’ initiativeled by a French engineer named Pablo Berlanga. The robot reached the top of the Chimborazo volcano on June 5 and already has its next climbs scheduled; In June he will climb Mauna Kea in Hawaii and in October he will summit Everest, the highest mountain in the world. Yes, but. Equipped with special boots and a jacket that protects it from extreme conditions, the Unitree G1 managed to complete a journey of about 16 hours and reach the summit at more than 6,200 meters of altitude. However, as they say in Futurismhe didn’t do it all by himself. The robot is not capable of climbing slopes of more than 30% inclination, so it had to be transported on those sections. A noble goal. Most shows with robots are just that, shows. However, in this case there is a reason beyond that. This engineer says that the idea of ​​taking a humanoid robot to the highest mountains on the planet came from his experience in conservation projects in remote jungles such as the Amazon or the Congo. In these natural parks, being able to record and broadcast live is not only important to investigate and protect the environment, it also represents an important source of income. A camera with legs. Berlanga built cameras that connected to Starlink and were capable of live streaming. The problem is that since they are fixed, their field of vision is limited and the fauna is constantly moving, so I had to place many cameras. From here the idea of ​​”putting legs on them” was born. Obviously, the robot does not need to be able to climb Everest to do this work, but it is the way to publicize this initiative and obtain support to make it a reality. He has created a “tokenization” project in order to finance the project. Image | Pablo Berlanga in X, edited In Xataka | Soon we will all have humanoid robots at home, or at least that is what these companies want

The Curiosity Rover has been climbing a mountain of Mars for 12 years. I just sent an impressive video from above

He Increased Rover Curiosity He has sent to Earth a new Marte video that is simply a jewel: an immersive panoramic view of 30 seconds that transports us directly to the slopes of Mount Sharp. Look at it full screen because this is the closest thing to a walk on the red planet that we will have until Elon Musk puts the starship flights at the balance price. A family world. At first glance, the images captured by NASA’s rover last February could remind us of a desert landscape in Chile or the southwest United States. But do not deceive your eyes: that “saw” that is seen in the distance is actually the edge of the gigantic Gale crater, formed by the impact of an asteroid billions of years ago. Curiosity, a rolling laboratory to the size of a mini cooperation, was then ascending on the slopes of Mount Sharp, an imposing mountain of almost 5 kilometers of height sculpted by the time inside the crater itself. Since its arrival in 2012, the Curiosity Rover has traveled about 32 kilometers on the dusty Martian land, exploring the Gale Crater without rest. What we are seeing. The area where these images were taken, formally known as “sulfate carrier unit”, is full of saline minerals. Scientists believe that these minerals are the legacy of streams and ponds that dried eones, before Mars went from being a world potentially similar to Earth to the ice cream desert we know today. NASA invites us to get carried away by imagination: “You can imagine the silent and dim wind, or perhaps even the waves of a disappeared lake have long licking an old shore.” Rumbo to new mysteries. Although it has been on Mars for almost 13 years, the Curiosity expedition does not stop here. Left behind the Gediz Vallis channel, where about a year ago accidentally discovered elementary sulfur (A disconcerting finding, since on Earth it is usually associated with volcanic gases or bacterial activity). And now he is now heading towards a region with some intriguing geological formations called “Boxwork”. These structures, seen from the Mars Reconnaissance Orbiter orbiter, seem like a kind of spider web, with ridges extending for several kilometers that will probably need warm groundwater to form. And where there is water, it is already known, there is potential to find past life clues. The researchers wonder If you are “Boxwork” They could have housed old unicellular microorganisms and have sent the Curiosity Rover to find out. The Curiosity Rover seen from above for the Mars Reconnaissance Orbiter probe Another point of view. While Curiosity covers these long journeys on the Martian surface, the Mars Reconnaissance Orbiter Follow it from above. On February 28, the Hirise Chamber of the ship captured the first orbital image of the rover in full displacement by the red planet In the image, Curiosity appears as a dark mota in front of a long trace of fingerprints that extend about 320 meters. Curiosity’s footprints can remain visible for months before the Martian wind erases them. Images | POT In Xataka | Curiosity continues to send us videos about Mars. Thanks to him we have discovered something weird: his clouds

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