In the 16th century, Spain wanted to control the Strait of Magellan by founding a city. It became a cursed settlement

A coin is a coin. And a compass, a compass. What seems so obvious changes when we talk about the old (and ephemeral) city ​​of King Don Felipea Spanish settlement founded more than four centuries ago by Pedro Sarmiento de Gamboa on the northern shore of the Strait of Magellan. Its objective was to become a fortress that would reinforce the control of the Spanish Crown in a strategic maritime passage, but the mission became so complicated that the town ended up becoming a death trap for its settlers. Things went so badly that with the passage of time the citadel ended up being renamed ‘Port of Hunger’a name much more in line with what happened there in the 17th century, and its memory it faded in the mists of history. We had to wait until well into the 20th century so that the secrets of King Don Felipe would emerge from oblivion… and the earth. Now the archaeologists have found among its ruins a small piece of silver that in March 1584 Pedro Sarmiento de Gamboa himself deposited there during the founding ceremony of the town. In its day it was a simple currency (a real of eight) that was used for ritual purposes. In 2026 it has become something more: a compassa guide that will help researchers better understand the structure and location of the city of Rey Don Felipe, the cursed citadel in the Strait of Magellan that should never have existed. At the ends of the world Today the world lives pending what happens in the Strait of Hormuz. Almost five centuries ago the eyes of the Spanish Crown were directed towards another maritime strait with important strategic value: that of Magellana navigable strip located south of what is now Chile and that stands out as the natural connection between the Pacific and the Atlantic. Since Ferdinand Magellan crossed it for the first time, in the autumn 1520the pass became an object of desire for the Spanish Empire, especially after other expeditions managed to cross it successfully and the English entered the race for its control through late 1570s from the hand of the corsair Francis Drake. To guarantee Spain’s geopolitical plans and its exclusive control of the transoceanic passage, the authorities had an idea: found permanent settlements in the area. The mission fell to Pedro Sarmiento de Gamboaa hardworking sailor who, among other missions, had participated in a (frustrated) mission of the Viceroyalty of Peru to hunt down Drake. Sarmiento first undertook an expedition with two ships in the autumn of 1579 to reconnoiter the coastline of the strait and explore its coasts and, once back in Spain, in 1580 he played a decisive role in getting the Council of the Indies to decide to build citadels and fortifications in the transoceanic passage to America. The expedition left Sanlúcar at the end of September 1581 with a fleet of 23 boats and around 3,000 men, including sailors and future settlers. Despite his enormous ambition, the adventure started badly. And not only because of the differences between Sarmiento and Diego Flores de Valdeswho had been appointed captain general of the Strait Navy. Before even leaving Cádiz, a storm sank half a dozen ships and killed 800 men. What followed next was a journey marked by disagreements between Sarmiento and Valdés, illnesses, the inclemency of the ocean and storms that caused the expedition to lose ships, crew and supplies. After various incidents and vicissitudes, Sarmiento and his men arrived at the strait at the beginning of 1584 and founded a city that they named ‘Purification of Our Lady’. It didn’t work. The location and climate did not help, so Sarmiento looked for a new enclave, near Cape Vírgenes, and founded a settlement which he called ‘Name of Jesus’. Determined to continue with the mission, the sailor chose part of the 340 people he kept and looked for a third location to create another citadel. On this occasion he baptized it with a nod to the Habsburg court (King Don Felipe) and celebrated the founding ceremony in March 1584. We know that Sarmiento himself participated in the ritual. On March 25, he laid the first stone of the citadel church and, with it, in the foundations, buried a real of eight silver. As they explain from the Bernardo O’Higgins University of Santiago, it was “a symbolic gesture that marked the birth of the city.” If the ritual was intended to promote the settlement’s fortunes, it only half worked. It has served archaeologists of the 21st century, who have just found the coin “in place and position” described by Sarmiento in his writings and now, thanks to that clue, they will have an easier time interpreting a map of the 16th century in which the buildings of the town are represented. The one who certainly had no use for the currency was the colonists who settled in Rey Don Felipe city. Theirs was a tragic story from the beginning. a cursed city Ciudad Rey Don Felipe may have enjoyed a privileged location from a geopolitical and strategic point of view, but the truth is that it soon became hell for its settlers. And not only because the crew of the ill-fated (and diminished) Armada del Estrecho arrived in Magallanes at the limit of their strength. In ‘Port of Hunger. Beyond the legend’a work signed by the historian Soledad González and the archaeologist Simón Urbina, a key piece of information is provided: “On board the ships or on land they saw people die or desert. nine out of ten colleaguesfriends or family. As if that were not enough, after founding the Nombre de Jesús settlement, the crew divided into groups to expand towards the Santa Ana peninsula, precisely to establish Rey Don Felipe. Once there, and despite the fact that Sarmiento de Gamboa was quick to lay the foundations of the new citadel (both in a metaphorical and literal sense), things did not improve. The scene looked so bad … Read more

A teenager discovered the ‘Málaga’ virus and ended up founding VirusTotal. The enigma that remains is the same since 1992: who programmed it

Bernardo Quintero (@bquintero) was 14 years old and his first PC, an Amstrad PC-1512, had just arrived home. It was 1987, and the co-founder of VirusTotal He was excited by this machine that allowed him to exploit his computer curiosity. His hobby ended up being trying to circumvent the copy protection systems of some games, and he was there one day when something suddenly happened. A little white ball moved on your screen. By itself. Without him having done anything. He soon discovered that it was a computer virus. One that he ended up studying to know how to detect and eliminate it. He succeeded, and over the next three years he ended up improving his first antivirus, a tool that allowed him to recognize and eradicate seven different viruses he had encountered. It didn’t seem like that project was going to go much further, and Quintero began his studies in Computer Science at the Polytechnic University School of Malaga. In one of the first classes, a professor asked if anyone wanted to raise a grade with a Pascal programming project. He signed up, and when talking to the professor, he asked him if he had done any previous projects. “Well, yes,” he replied. “An accounting program, disk utilities, an antivirus…”. The teacher cut him off. “Did you say antivirus?”. When he answered affirmatively, the professor asked him to accompany him to his office. There he showed him how the entire IT department had been infected by a virus that the antivirus did not recognize. Fragment of the code in Turbo Pascal 5.5 of the antivirus that Bernardo Quintero developed to eliminate the “Málaga-2610” virus (1992). Source: Bernardo Quintero. Quintero soon detected where the problem could be and went home with an infected disk to work on an antivirus. It took him more than he thought, but after a few hours he managed to figure out how to detect it and delete it. That helped him pass the subject, but it also ended up being the definitive seed of the professional project that would end with the founding of Virus Total. He tells it all in more detail in his novel, ‘Infected‘, which he published at the beginning of the year and in which he narrates those beginnings and how that ended up leading him to create VirusTotal, the Malaga company that would later end up being bought by Google. That virus in his faculty was called “Málaga”, and Quintero spent years without paying much attention to it again. So, three years ago, this expert posted a message on Twitter (X) to try to solve the mystery of who would have created it. Already then he discovered that according to several sources the virus had been created at the Polytechnic School of Informatics. The objective, I counted thenit was not about bringing the name to light, but about chatting with that person and remembering those times. He failed to reveal the mystery, and that mystery remained unsolved again. But Bernardo Quintero never forgot that and returned to the fray with a new attempt a few days ago. After first publishing a message on X, the next day he published a summary of that story on LinkedInand asked for help in that post to try to solve the mystery once and for all. We contacted him, and he told us how while in the past he had focused on discovering how it infected and creating the disinfection tool, he never tried to find out who had created the “Malaga” virus. But he told us that “now, looking at it with new eyes, I have seen a couple of interesting details and I have discovered the motivation.” In fact, he adds that thanks to those messages on X and LinkedIn “I have received stories from several people who studied those years at the Polytechnic of Malaga and who believe they know the author.” Of those candidates, he explains, “I have ruled out 3 or 4, but there is one that fits very well with the new data I have.” The mystery seems to be close to being solved. “I just need to clear up one unknown to confirm the author.. And if it is confirmed, there is a beautiful and sad story that will be worth telling.” Everything therefore indicates that it will finally be known who was the author of that virus, and Quintero has promised to tell more details these days. We will be attentive. Image | Mika Baumeister In Xataka | The computer with the most malware in the world: this is MICE, the challenge of Bernardo Quintero and VirusTotal

He was deported to China after co -founding NASA’s JPL. Now China has made one of his ideas come true: flying wind turbines

In the mid -twentieth century, the United States made a decision that later A high position of the Navy described as “the most stupid thing that this country has ever done.” Qian Xesenan indisputable genius of aeronautical engineering, co -founder of the prestigious JPL laboratory of NASA, and a key figure in the development of American coheteria, was deported to China in 1955 accused of communist sympathies in full witch hunt. Qian, welcomed as a hero in his homeland, became the father of the space program and the development of Balistic missiles in China. Decades later, a new generation of Chinese engineers, heirs of the scientific ecosystem that helped build, has broken a world record with a technology that pursues an old ambition of Qian Xesen: wind turbines that fly like zepelins to harvest the energy of great altitude winds. A Zepelin anchored to ground to generate electricity On October 10, in the heavens of Jingmen, province of Hubei, a 23 -meter long aerostate with a leadable appearance rose to 500 meters high. It was not a transport or surveillance vehicle, but The S500, a floating wind energy system That, at that altitude, began to generate more than 50 kilowatts of power. With this flight, China not only launched an innovative project, but sprayed two world records that until now He held an American MIT research team: The one with the highest flight altitude for such a turbine (the previous one was 297 meters) and the one with the highest power generated (compared to the previous 30). The concept, developed by the Sawes company In collaboration with the University of Tsinghua and the Chinese Academy of Sciences, it is as elegant as complex. The system uses A member of helium filling to raise a wind turbine to altitudes where the wind is much stronger and more constant than on the surface. The electricity that generates is transmitted to a station on land through the same high strength cable that anchors the structure. The advantage of this design is clear: the energy that can be extracted from the wind is proportional to the cube of its speed; already hundreds of meters high, Winds are not only faster, but also more stablesignificantly reducing the intermittency that it lills to the terrestrial wind farms. According to developer calculations, wind resources in the stratosphere on a region like Hami, in Xinjiang, are 40 times higher than those of the surface. Of emergency situations to the generation at network scale The S500 and its successor, the S1000 of 100 kW Proven for the first time in Januarywere developed for emergency rescues, urban security and places of difficult topography. In case of earthquake or flood, the system can be deployed rapidly to provide energy and communications in the disaster area. But Sawes’s ambitions go much further. The company He just finished assembly The following model on its road map: the S1500, designed to operate 1,500 meters of altituderepresents a jumping of the capacity in capacity, with a power of generation of 1 megavatio. It is proof that technology not only looks for niches such as emergency response, but aspires to become a renewable energy source at an electricity scale. To achieve this power, the S1500 integrates a complex system of 12 generators that operate simultaneously inside its central duct. The key for such a powerful system to fly is material engineering: generators are manufactured in carbon fiber To minimize the weight, maintaining the complete structure below a ton. Like his little brother, energy becomes electricity in the airship itself and low to land through an anchor -integrated cable. With this design, Sawes has attracted the support of important investment funds and contracts that already exceed 500 million yuan (about 64 million euros). The company has opened an assembly plant In Yueyang. The story of Qian Xesen is one of the greatest anecdotes about the unforeseen consequences of fear policy. As you tell Los Angeles Timesthe man who interrogated Wernher Von Braun and laid the basis of the JPL was separated and returned to a country that, at that time, had a much lower scientific development. He took care of changing that, and now his heirs are materializing some of his ideas in his native country. Images | Sawes In Xataka | How China became a nuclear and spatial power in the most unexpected way: with a student of the mit expelled by the US

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