Johannes Klæbo, the human locomotive that has dynamited cross-country skiing

The first thing is the message. An electrical current that crosses the brain. And everything is unleashed. The brain sends the signal: more wood for the locomotive. The nervous system executes the order. More fibers and more fast fibers are put into motion. The muscles demand more energy. The heart rate goes up. The heart pumps more blood. With blood comes oxygen. And the quadriceps, the hamstrings, the calves become the coupling rod of the locomotive. Boom. Boom. Boom. Up and down. Johannes Klæbo only needed to steam his head. Its engine already seemed to be running at full capacity when the storm hit. How wrong we were. It remained to be seen how he crushed the ground with his skis with the frequency of someone fleeing from the enemy but the rage of someone who crushes him. With the determination of someone who knows they are making history. Click on the image to go to the original tweet (and see the devastating attack) An overwhelming number Three minutes and 40 seconds to cover a thousand meters. Nothing too special. If we talk about putting on some sneakers and hitting the asphalt. Very different when you put on skis, face a slope and reach peaks of 18 km/h to destroy your rivals. This is how Johannes Klæbo broke the sprint distance cross-country ski race. 3’39″74 Less than 220 seconds to cover a distance of 1,585 meters on skis. Where of course you go down, but where you also have to go up. Klæbo let himself go in the final meters, enjoying his overwhelming superiority as he did before. Usain Bolt in Beijing in 2008. How will you enjoy? Remco Evenepoel with the Eiffel Tower behind him in 2024. Or as Tadej Pogacar repeats over and over again, the athlete with whom he is most compared for his domain. Johannes Klæbo was born in Trondheim (Norway) in 1996. It will be 30 years in October. By then, it is certain, he will be able to display 15 gold medals accumulated in World Cups in his living room. On the other wall his nine Olympic medals will stand out, seven of them gold. Who knows if four more will accompany him as he did at the 2025 World Cup in Trondheim, his home. Because after gold in the speed test and the 10+10 kilometer skiathlon, the Norwegian can become the Winter Olympian with the most gold medals in history. At the moment, the reign is held by two other Norwegians. Marit Bjoergen, distance runner, is the person with the most Olympic medals in a winter games with eight golds, four silvers and three bronzes. He is followed by Ole Einar Bjoerndalen, biathlete, with another eight golds, four silvers and two bronzes. If he wins his six golds in these Olympic Games in Milano Cortina 2026, Klæbo would remain at 13 medals but the weight of 11 golds would elevate him to a new level. So far, it’s already been seven. The Norwegian skier is one of those forces of nature that dominates any distance record and type of race within his sport. Like Pogacar, Armand Duplantis or Kilian Jornet, he is one of the chosen ones. One of those athletes who go down in history. Athletes who not only win, they crush any type of insurrection. And the most meritorious thing, they turn it into a spectacle. Johannes Klæbo is also part of a generation of Norwegian athletes that are breaking with the established. Jakob Ingebrigtsen is the result of a father who worked obsessively with his three children popularizing double threshold training. Karsten Warholm He was the first man to break the 46-second barrier in the 400-meter hurdles. Kristian Blummenfelt He is a triathlon world champion, Olympic champion and Ironman distance world champion. Johannes Thingnes Bø, biathlete, recently retired with five Olympic gold medals, two silver and two bronze. Magnus Carlsen is another of those geniuses whose roof, perhaps, only “El Mundo” can put it. Photo | Olympics In Xataka | The Winter Olympics are facing the most unexpected technological doping: penis punctures

The lunar map of Johannes Hevelius, the first satellite cartography published in 1647

More and more countries achieve what until not too many decades seemed impossible: placing a satellite in The moon. To the difficult mission of sending a probe to hundreds of thousands of kilometers away we can add the double challenge of doing it in your hidden face, unlocked by China Some years ago. One side of the moon in permanent state of escapism to the naked eye. Unlike the hidden face, the one that we can always observe from our homes has been a reason for study and analysis for endless astronomers from several centuries ago. And in such special ephemeris it is worth remembering the first time in which human knowledge drew the known surface of the moon. A Polish did it from the roof of his house, and it took five years to complete the feat. We talked about Johannes Hevelius, Latinized form of Jan Heweliusz. Born in the current Gdańsk, once Danzig, Hevelius would publish in 1647 the first great Atlas of the Moon. Literally. His Selenographia, Sive Lunae Descriptionone of the most celebrated scientific books of the seventeenth century, compiled a good handful of detailed maps that disseminated among popular culture what other scientists and astronomers They suspected long ago. Color version Heweliusz undertook his work, in part, to complete the unfinished and still imperfect designs by Galileo at the beginning of the century. Son of a rich merchant Cervecer, Heweliusz had to attend family businesses first before devoting himself fully to astronomy. It was his unusual social position and his great wealth that allowed him Build telescopes precise and long -range that would install on the contiguous roofs of their homes in Gdańsk. Long night looking at the sky Of methodical procedure, Heweliusz combined in its publication a technical knowledge very high with a Artistic sense More than respectable. Our man inspected the lunar surface every night, Drawing by hand The apprehended reliefs and moving them to a copper plate later. The process of observation, drawing and printing would have almost a five years before being able to finish such a titanic task. With annotations. The result of his work is admirable today. Hevelius’s moon is a hand -drawn moon with great aesthetic sense and, at the same time, enormous astronomical value. On your maps, Heweliusz He proceeded to baptize The topographic characteristics of the satellite from the geographical accidents of the Earth. The Polish interpreted bays, deserts and meanders where there were only craters. Years later, Toponymic work of Giambattista Riccioli and Francesco Maria Grimaldi four years later, in 1615, the baptisms of Hevelius would expire. His maps, however, did survive, and served as a basis for many others elaborated by Other astronomers Europeans in later decades (such as Joanne Zahn in 1696 or Rost in 1723). Of course, the publication had A great tour and caused the usual scandal in the ecclesiastical estate. Hevelius, Polish and therefore Catholic, followed the teachings of another famous compatriot, Copernicus, and believed that the earth Orbitaba Around the sun. Another map included by Hevelius. At that time the representatives of God on earth were not in a position to accept the truth (a patent thing in their recent judgment to Galileo). So when Niccolo Zucchi, an Italian astronomer well related to the Vatican, gave Pope Innocent X a copy of the Selenographia from Hevelius his holiness He replied: “It would be a book without any comparison, of not having been written by a heretic.” Since the Church would lose that game, the Selenographia Heweliusz would mark a before and after in our knowledge of the moon. The astronomer would advance other technical aspects of the telescope and, in addition, observe To other planets of the solar system (such as Jupiter or Saturn) to those who would baptize as “fixed stars.” Despite his privileged vision to the moon, he won the planets cataloging. The astronomer would also leave sketches of his “fixed stars.” Be that as it may, Hevelius’s work marked the imagination of Europeans to the moon during the coming centuries. Already in the 19th century and in the twentieth century the new technical advances would take us from the first high definition images of the lunar surface to the moon landing of 1969. Of course, Hevelius was far from the first occasion in The one we saw The hidden face: it was in 1959 thanks to a satellite Soviet. Today we have closed a circle initiated largely by pioneers like Heweliusz, the astronomer enriched by beer. In Xataka | The land has moons that we do not know: exploring them is key to revealing the secrets of our solar system

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