event

dates, times, fights, performances and how to watch the boxing event of youtubers and influencers online for free

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We are going to give you all the information about the imminent Year VI Eveningwhich will take place this weekend. The tickets already flew out months ago, but in addition to giving you all the information we will also tell you how to watch it for free online in their official broadcasts. Let’s start the article by reviewing the dates and times of the event. Then, we will tell you the list of ten fights that will take place during The Year VI Evening, as well as the performances that will take place between them. To finish, we will tell you where you will be able to see everything for free and online. Event dates and times The event will take place this Saturday, July 25, but the day before there will be a preview with the weigh-in. Here you have the dates, times and everything that is going to happen in each of the two appointments that make up The Evening of the Year VI. July 24 at 7:30 p.m. – Weigh-in: The event will begin tomorrow, Friday, July 24, 2026 with the weighing of the participants in The Evening of the Year. It is a kind of preview in which each combatant will weigh in, face-to-face with his opponent and make his last public statements before the event. The weighing will begin to be broadcast at 7:30 p.m. Spanish peninsular time. Saturday, July 25 at 7:00 p.m. – Year VI Evening: And this Saturday, July 25, The Evening of the Year will take place. This is the main event, with all the fights announced, and special performances. The Year VI Evening will begin at 7:00 p.m. Spanish peninsular time, when a preview will be held with some interviews. This event will last around seven hours, until 2 AM Spanish peninsular time, and the first fight will be at 7:45 p.m., and the last one will begin at 1:30 AM. Fights of The Evening of the Year VI Now we are going to tell you the list of all fights that will take place during the Year VI Evening. It is a very balanced evening between men’s and women’s fights, and these are the names and the confrontations that we will be able to see in the ring. First Combat: Fabiana Sevillano vs la Parce. Second Combat: Clers vs Natalia. Third Combat: Edu Aguirre vs Gastón Edul. Fourth Combat: Marta Díaz vs Tati. Fifth Combat: Viruzz vs Gero Arias. Sixth Combat: Alondrissa vs Angie Velasco. Seventh Combat: Kidd Keo vs Lit Killah. Eighth Combat: Rivers vs RoRo. Ninth Combat: Plex vs Fernanfloo. Tenth Combat: TheGrefg vs Illojuan. Performances from The Year VI Evening Between the combats we will have various musical performanceswhich are the following. They will be musical shows that will take place periodically to liven up the evening. Yandel Anuel Bad Gyal Juanes La Pantera and Lucho RK In addition to this, you should know that both artists and fighters will bring guests. Not all, but some, both to make the musical performances more special and so that the fights have a little more entertainment. Where can you watch events for free? Both the weighing and The Year VI Evening can be seen for free and online on the official channels of Ibai Llanosthe famous content creator who is also the organizer of the event. These are the three channels where it will be broadcast in full and open: In Xataka Basics | Twitch Parent’s Guide: What it is, how it works, and how to protect young people’s privacy

Marvel wants, above all, an event the size of ‘Endgame’

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After attendees at CinemaCon last April had the opportunity to see it in full, the first trailer for ‘Avengers: Doomsday‘ is finally within reach of all fans. The film comes as the culmination of seven years and three phases of multiverse narrative of the MCU since the premiere of “Avengers: Endgame”, so the expectations surrounding this first look were enormous. The main protagonist of the trailer is, without a doubt, Robert Downey Jr., who returns to the MCU in a completely different role than the one that made him famous: Doctor Doom. It is precisely he who begins narrating the preview, before the focus shifts to Thor, and the images show the Marvel heroes meeting as Doom prepares to unleash a war that crosses the multiverse. The images of Downey Jr. as Doom have been dosed with a dropper, so the little that this trailer shows is one of the great attractions of the trailer. Text in development

For the first time we have “touched” the event horizon of a black hole. This is how we got it

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On January 14, 2025, the largest gravitational wave so far was detected. Today, these types of findings They are much more frequent than when the first of these waves was discovered, 10 years ago now. However, the fact that it was especially intense encouraged an international team of scientists to try something they had been wanting to try for some time: delve into the event horizon of a black hole. Less noise and a lot of intensity. Since the first gravitational wave was detected, the techniques used have been greatly refined, so background noise has been significantly reduced. Therefore, today it is possible to detect direct waves, a “jet” of gravitational radiation that occurs just when the two event horizons of the black holes that collided give rise to a single one. The study of these waves could provide very interesting information about black holes. However, a sufficiently powerful gravitational wave was necessary. For years, the authors of the study that It was just published in Nature They were exploring options, but they knew they were looking at the ideal candidate when analyzing one that was detected in January 2025. Important concepts. Before understanding what these scientists did we must be clear what are gravitational waves and what is the event horizon. Gravitational waves are produced by a very violent event, capable of disturbing space-time like a stone falling into the water of a pond. Normally, said violent event is the collision of two black holes, which merge to give rise to a single one. For its part, the event horizon is the theoretical limit from which nothing approaching a black hole can escape. Not even the light. When two black holes merge, we go from having two event horizons to just one. Just when that happens, that’s when direct waves form. The event horizon of a black hole remains a great unknown in many ways GW250114. The gravitational wave detected on January 14, called GW250114, was formed when two very similar black holes collided, one of 33.6 solar masses and the other of 32.2 solar masses. The result was a black hole of 62.7 solar masses. This is not the exact sum of the two black holes, because there was a surplus that was released in the form of very intense energy. This is how gravitational waves arise. Before and after. Generally, black hole collisions can be observed before and after. The vibrations of the approach and the stabilization after the formation of the new black hole are studied. There is a lot of mystery surrounding what happens in the “during.” Therefore, studying direct waves could provide a lot of interesting information. Finding the ideal fusion, these scientists identified the direct waves and proceeded to analyze them. As they had anticipated, this allowed them to extract data about the new event horizon. In turn, this allows us to extract data that cannot normally be measured from black holes, such as their rotation frequency or surface gravity. Was Einstein right? Scientists have been studying whether Einstein was right for years. His theory of relativity covers so many phenomena in the Universe that, with each new one that is discovered, an attempt is made to verify whether its predictions are fulfilled. Thanks to this first measurement of direct waves, it is believed that in the future it will be possible to study whether these black hole mergers obey the General Theory of Relativity. Basically, they want to check for the umpteenth time whether Einstein was right. Although for this we will first have to check if these direct waves can be detected together with other gravitational waves and, incidentally, if the resulting measurements are consistent with those that have been made now. This is just a start, but at least it is a small thread drawn from the tangle of mysteries that surrounds black holes. Image | NOIRLab In Xataka | The LIGO experiment could test Einstein’s theories. It won’t be easy

China is responsible for 3 of the 4 worst space debris episodes of the 21st century and a latest event shows that it is not getting better

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On June 9, the Chinese Zhuque-2E rocket released two satellites into low Earth orbit without any incident. With this, the upper stage of the rocket had already completed its mission. China does not reuse rockets, how SpaceX doesFor example. However, like any other space company, whether private or public, it has the obligation to try to ensure that its discarded rockets do not pose a risk to its space neighborhood or to the Earth itself. Unfortunately, the Asian country is not very efficient at preventing this from happening. Therefore, it is not entirely surprising that the upper stage of Zhuque-2E ended up exploding, violently ejecting more than 100 pieces at a dangerous distance from the International Space Station and much of Starlink satellites. By the hair. A United States Space Force dedicated to inspecting space for possible dangerous activities was the one that raised the alarm about this event. Not many details were given, other than that the person responsible for the explosion had been the Zhuque-2E rocket, with an upper stage 8 meters long and 3.35 meters in diameter. However, Darren McKnight, senior technical researcher at the orbital intelligence company LeoLabs, did venture to calculate in statements to Ars Technica that the explosion would have possibly released between 100 and 150 debris into low Earth orbit. The highest part of the orbit in which everything happened intersects the orbit of the International Space Station. However, the residual atmospheric resistance would be pushing the debris beneath it, so it would not pose a danger to it. The same cannot be said for the Starlink satellites, many of which are still quite close to some of the fragments from the explosion. Fortunately, also because of the residual atmospheric resistance, this debris will continue to fall, so that in a few months it should re-enter the Earth’s atmosphere and burn up into much smaller fragments that would no longer pose a risk. Many fear China. The experts They have been warning for years on China’s role in generating space debris. Currently, Russia and the former Soviet Union lead the list of launch-related debris into long-duration orbits. They are followed by China and the United States. However, while Russia and the United States are decreasing these numbers more and more, the number of this type of fragments associated with the Chinese space race has increased by 150% in the last 5 years. 3 of 4 dangerous events. A good example of the risk China poses in this regard is that it is responsible for 3 of the 4 largest explosive debris release events in low Earth orbit during the 21st century. The first of them took place in 2007, with Fengyun-1C. This was an anti-satellite test, so a kinetic destruction vehicle was used to deliberately hit a Chinese weather observation satellite. 3,500 pieces of debris were released. On the other hand, in 2022 and 2024 there were explosions in the upper stage of a Long March 6A rocket. It was something similar to what has happened now, although more fragments were formed. 500 in 2022 and between 700 and 900 in 2024. The only case that is not Chinese. The fourth of these dangerous events was another anti-satellite test, but this time carried out by Russia. This is how the Cosmos 1408 satellite was destroyedwith the subsequent release of 1,800 fragments. Space debris is an increasingly serious problem The solutions. All companies releasing inactive vehicles into low-Earth orbit or geostationary orbit should do everything possible to prevent them from becoming dangerous fragments. On the one hand, you can try to make a controlled deorbitation so that the objects return to Earth, without losing control over them. Passivation can also be carried out, in which the tanks are emptied of fuel to prevent explosions from occurring due to pressurization. Possibly, what has happened in China is due to the fact that some residual fuel has remained. Rockets or satellites can also be sent from geostationary orbit to a graveyard orbit. This is a higher orbit, far from any operational orbit where there are satellites, spacecraft or facilities of any kind that are operational and could be impacted. Finally, if the object in question is in a very low orbit, it can be monitored until it deorbits naturally. China could do all this, but it does not seem to be investing enough in optimizing results. Beware of the domino effect. These types of events could be dangerous if they occur something known as Kessler syndrome. It is a phenomenon that begins when a fragment of space debris collides with another or with an active object, such as a satellite, breaking it and generating more fragments that in turn continue to collide. It would be a kind of domino effect that could cause serious damage to the entire space infrastructure that we have been deploying little by little. For all this, what happened with this latest Chinese rocket is a wake-up call to what could happen in the future. It is not a serious case, compared to others, but it still happens. If this country does not take action, the consequences will be increasingly dangerous. Image | 中国新闻社 | POT In Xataka | Orbital cleanup is no longer science fiction: the first regular space debris collection service will arrive in 2027

the largest surveillance device at a sporting event

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He World Cup 2026 which begins tonight will be the largest soccer tournament in history: 48 teams will face each other in 104 matches, distributed in 16 venues in the United States, Canada and Mexico, and more than five million fans in the stands. It’s also going to be one of the most watched sporting events of all time. This is the security apparatus that is going to be deployed in the stadiums. A world cup under the magnifying glass. The event is held in a terrorist risk contextfueled by the conflict between the US and Iran. Of the more than 100 games, 78 are going to be held in eleven American cities, which places considerable strain on security resources at all points in the chain, from travel to the stadium itself. They count in Wired that the Trump administration may use this event to deploy an invasive surveillance system without appropriate safeguards. The American Civil Liberties Union (ACLU), has issued a travel warning to attendees to the world cup, in which they specifically warn about “repression of freedom of expression and protest and increased surveillance.” Drones. Both drones and, above all, anti-drone systems will play a key role in the security of events. Stadiums will be no-fly zones, but there are other gathering places that may be targets for drone attacks. The company Fortem Technologies has once again been chosen (already participated in Qatar in 2022) to deploy its kinetic anti-drone technology at US headquarters. Contracts have also been signed with Sentrycs, which will contribute its non-disruptive anti-drone technologyand Axon, which will deploy a full stack of drones and counter-drones in Dallas. Facial recognition. It will be another of the great security systems used during the event, something that already happened during the 2022 World Cup in Qatar, where more than 15,000 cameras monitored the stadiums. In this edition, the stadiums of Boston, Miami and Atlanta, making up the facial recognition powered by AI to gain access to the premises and make payments, and there will also be facial recognition on Kansas City buses. Robot dogs. In addition to facial recognition in the stadiums themselves, Boston Dynamics robot dogs equipped with cameras will be deployed capable of detecting faces. These robots will be seen at the venues in Dallas, Texas and at the New Jersey stadium, where the final will be held, which has been classified as a “national special security event.” In Mexico, at the Monterrey stadium, they also plan reinforce security with four robot dogs. Command platforms. Lenovo is the official technology partner of FIFA and has announced that will be in charge of managing the command center in which they will monitor the movements of the crowd and manage the devices that each worker will carry. On the other hand, Booz Allen Hamilton will provide his Sit(x) platform of situational information in real time. What if it’s not temporary? In statements to WiredElectronic Frontier Foundation security analyst Matthew Guariglia warns of the risk of this technology being used “to restrict people’s civil liberties and the fact that surveillance infrastructure is precisely that: infrastructure.” That is to say, there is concern that all these supposedly temporary measures will end up being permanent. Additionally, there is concern that ICE performs during the games against the migrant population. The agency’s director has confirmed that ICE will be a key part of the security of the events, but They have not made clear what their role will be. The militarization of sport. As we said, in the previous edition of the World Cup in Qatar there was an enormous security deployment, but also took advantage of this context to reinforce its national security strategy, outsourcing part of that security to allied powers and using the tournament as a test bed for new military and police capabilities. They say in Wired that there is not much information about the companies behind many of the World Cup security contracts, but they are expected to end up in the hands of military industry companies such as Palantir, Anduril and Lockheed Martin. Organizations such as Privacy International fear that these events will be used to normalize mass surveillance tools. Image | Xataka with Gemini In Xataka | Larry Ellison, founder of Oracle: “Citizens will behave because we are recording and documenting everything that happens”

FIFA has turned the 2026 World Cup into the most expensive cultural event in history because it has become a new Ticketmaster

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For almost a century, FIFA has not cared about selling cheap tickets: the money in football was in television. But as has happened with the musiccinema and other cultural events, spectacularization is the order of the day, and for the 2026 World Cup the business model is closer to Ticketmaster. Direct consequence: two US attorneys general have already asked him for explanations through judicial means. Pocho record. The World Cup in the United States, Mexico and Canada starts this Thursday, becoming the most expensive cultural event in history. The cheapest ticket to the group stage cost an average of $200 and the most affordable ticket to the final started at $2,030. Adjusted for inflation, the price is double that of Qatar 2022 and quadruple that of the United States 1994. Because. The reason is more than obvious: for the first time, FIFA controls ticket sales directly, without delegating it to local organizers, and has launched dynamic prices. Between October and April made at least one category more expensive in 95 of the 104 gameswith an average increase of 35%. The Category 1 ticket for the final went from $6,730 to $10,990. Other niceties. Another novelty this year that is not going down well with fans is that the buyer does not choose a seat either. You pay for a category that corresponds to an area of ​​the stadium and FIFA assigns you a row and seat months later. For example, in April many fans who had paid for Category 1 discovered that their seats were in areas previously marked as Category 2, because FIFA had modified the maps and reserved the best seats for a new “Front Category 1”. More expensive, of course. The law. The attorneys general of New York and New Jersey have judicially summoned to FIFA to investigate your sales practices; The one in New Jersey accuses the agency of turning the purchase into a labyrinth of “false scarcity.” California had previously sent its own letter of request. Justice accuses FIFA of setting up its own secondary market without price caps in the United States and Canada: as explained your own support pagecharges a commission of 15% to the seller and another 15% to the buyer. Only in Mexico does it limit resale to the original price, and by legal requirement. On that platform there have been tickets for the final listed by more than two million dollars. The opacity does the rest. FIFA has almost never reported how many tickets were left per match or per phase, and before publishing any price it sold tens of thousands of “Right to Buy” tokens through its crypto collectibles platform: hundreds of dollars for the right to buy a ticket whose final cost was not known until much later. More opacity: in February, FIFA president Gianni Infantino stated that all matches were sold out. His own organization had to correct himand in April acknowledged that about five of the planned 6.7 million tickets had been sold and that the rest were being held for “continued sales.” Different ticketing experts identify this retention as a classic tactic to create a sensation of demand. Although it is not clear if the play has given the expected results: the United States’ debut against Paraguay accumulated 10,000 entries listed on resale platformsa, many below the original price. The accounts come out. Wow, they come out: in Qatar 2022 the box office contributed about 950 million dollars; for 2026 FIFA budget up to 3,000 million for tickets and VIP packages (premium entry plus experience). The organization foresees earn 8.9 billion with the tournament within a four-year cycle of 13,000 (which is how FIFA organizes its accounts) in the most optimistic calculations. There are those who consider that this calculation even falls short: an academic analysis It projects that the box office and VIP experiences alone will exceed 7.4 billion, and to that would be added TV rights, sponsorships and other income. One but. The Economist It points, however, to a very specific problem this year: the public in the fields is part of the television product that FIFA sells around the world for more than 4 billion dollars. It must be remembered that in the Club World Cup, spectators had to be relocated in front of the cameras in half-empty matches to keep up appearances. All of this underlines the idea that FIFA is torn between a couple of businesses in which it wants to be the leader: squeezing in-person spectators and protecting the image of the spectacle that the rest of the planet sees. For now the eyes with the dollar sign are watching intently at the first one. In Xataka | How to configure your Smart TV to watch the 2026 World Cup in the best possible way

Xataka is Media Partner of VivaTech, the largest technology event in France with more than 14,000 startups

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VivaTech It is one of the largest technology events in Europe in general and France in particular. Its next installment, VivaTech 2026, will take place between June 17 and 20 in Paris, the French capital, and From Xataka we have the pleasure of being Media Partner of this edition. It is going to be an event full of technology, panels and interviews and, as it could not be otherwise, from Xataka we will be covering it and experiencing it in situ. If you want to join us, we invite you to pay attention to our Instagram profilewhere we will share live everything we find in this (huge) tech meeting. A big edition Image | VivaTech Since 2016, VivaTech has been bringing together an entire ecosystem of companies, startups, influencers, media and technology fans. It takes place at the Paris Expo Porte de Versailles and has not stopped growing. To give some figures, in the first edition there were 45,000 visitors and more than 5,000 companies and startups. In the previous edition there were 180,000 attendees, 450 speakers, 300 announcements and launches, 14,000 startups, 4,000 partners and 3,600 investors. It is a sensational opportunity to discover first-hand how the global and European technological landscape breathes. It is also an important year for the event, which turns ten years old. For this reason, on Sunday, June 14, they are going to turn the legendary Parisian Champs-Elysées into a huge free experience, so that anyone can enjoy technology in a spectacular environment. Image | VivaTech The event also has top level speakers. To mention a few, personalities such as Yann LeCun (AMI Labs), Peter Steinberg (founder of OpenClaw), Henna Virkkunen (European Commission), Joe Tsai (Alibaba), Elizabeth Stone (Netflix), Bernard Arnault (CEO of LVMH) or Narendra Modi (Prime Minister of India) will attend VivaTech. Jensen Huang (Nvidia), Elon Musk (Tesla), Mark Zuckerberg (Meta) and Tim Cook (Apple), among many others, have also walked through its halls. The event, as we said, will take place in Paris between the days June 17 and 20. Tickets can be obtained now from the official website of the eventas well as the agenda with the presentations and the map with the stands. See you in Paris! Images | VivaTech

Dark matter has been a mystery for decades. A strange event from 2019 could be the evidence we were looking for to unravel it

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December 18, 2019. A star of the great Magellanic cloud increases its brightness. It does so in a way that is intense enough not to go unnoticed by scientists analyzing the data from the Víctor M. Blanco telescope at the Inter-American Observatory of Cerro Tololo (Chile), but not so intense that it corresponds to an explosion. Rather, it is a gentle increase in brightness, followed by a symmetrical decrease in brightness. The entire process lasts 1 hour and baffles scientists, who baptize the object causing this phenomenon as Phoebe. Since then, Phoebe’s origin has been a mystery. Now, the same scientists who made the discovery they have answers that point to what would be one of the oldest objects that have ever been detected. Phoebe’s origin. There are three hypotheses for Phoebe’s origin. For one thing, it could be a free floating planet in the Milky Way. That is, a planet that was expelled from its solar system and now wanders through our galaxy. It could also be exactly the same, but in the Large Magellanic Cloud instead of the Milky Way. Finally, it could be a primordial black hole. That is, a very small black hole that, instead of being formed by the collapse of a star, was caused by fluctuations in the density of matter in the cosmos during the first seconds of the Big Bang. The authors of the study that has just been published have calculated the probabilities of each hypothesis and the third one beats the rest by a factor of 100,000. A gravitational microlens. While Phoebe’s origin has been a mystery all this time, it didn’t take long for scientists to understand the phenomenon that had caused the star’s brightness to fluctuate in 2019. It must have been gravitational microlensing. This is a phenomenon which is formed when a very massive object is placed between our telescopes and another object. The mass of the central object is so great that its gravity is capable of bending space-time, forming a kind of lens that magnifies the image of what is behind it. On the other hand, if what is behind it is a very distant star, what is magnified is its brightness. That is why this increase in brightness occurred, because Phoebe was passing between the star and the telescopes of the Chilean observatory. The key is in the duration. Previous studies with gravitational lensing show that the duration of the event can give us an idea of ​​the mass of the body that causes the lens to form. The lighter the object, the faster it moves and the shorter the increase in brightness lasts. In this case, the phenomenon lasted an hour. It may seem like a lot to us, but in cosmic terms it is quite little. In fact, it is just above the detectable limit. This tells us that the object that caused this increase in brightness must have been very light. According to calculations made by scientists at Swinburne University taking into account fluctuations in brightness, it would have approximately the mass equivalent to three moons. A winning option. Black holes that form from stars usually have at least the mass of about 5 suns. 3 moons is much less. It is also too small an object to correspond to a planet wandering in the Milky Way or the large Magellanic cloud. This, together with the geometry of the event and the expected spatial distribution, has led the probability calculation to lean so clearly towards the primordial black hole. Primordial black holes Big news about something very small. Primordial black holes are theoretical phenomena. It is believed plausible that could have formed in the first seconds of the Big Bang, when fluctuations in the density of matter in the cosmos caused an accumulation of matter dense enough to collapse. Most of them would be very small. They would have most of the characteristics of a black hole, but radically smaller in size. They would form before there were stars or matter as we know it, but they could be related to one of the greatest mysteries of astrophysics: dark matter. Only 5% of the cosmos is made up of “normal” atoms. The rest is unknown. One part is known as dark matter and another as dark energy. It is not known what they are, but one of the hypotheses about dark matter is that it could be composed in part of primordial black holes. Therefore, if it is shown that Phoebe is really a primordial black hole, we would perhaps be facing one of the first demonstrations of the composition of dark matter. And now what? Logically, this is just the beginning. We will have to continue looking for more objects like Phoebe to be able to prove that these scientists are right. For this, You have to know well where to point the telescopes. To begin with, not any of them will do. They need to be sensitive enough to detect gentle changes in the brightness of stars. They also need to be able to focus on large fields of vision. And, if possible, focus on places with a large concentration of stars, since it is easier for the gravitational lensing phenomenon to occur there. It is expected that some observatories, such as the Vera Rubin, will provide interesting data in this regard. Now we will have to analyze them and look for points in common with Phoebe. That December 18, 2019, a pandemic was brewing on Earth, but in space the clue could be jumping that would resolve one of the greatest mysteries in the history of astrophysics. Image |Martin Bernardi |NASA In Xataka | We have been deceived by the distances of the Solar System: the closest neighbor to Neptune is Mercury

Between June 9 and 11 we are waiting for you in Malaga at the largest B2B event dedicated to AI and technology

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There are three weeks left until the tenth edition of the Digital Enterprise Show (DES) (June 9-11), one of the most important events in Europe dedicated to digital transformation, AI and exponential technologies. For the fifth year, Málaga hosts this enormous knowledge and technology fair of which Xataka is Media Partner. Like every year, the DES has a B2B profile, aimed at the business, institutional and executive sector. Thousands of managers, workers and experts from all business fields will meet for three days at the Malaga Trade Fair and Congress Center (FYCMA), transforming the city into the epicenter of European technology throughout the week. Thousands of attendees and two large spotlights With an expected attendance of more than 15,000 people, the organization includes the exhibition of 400 firms and the presentation of more than 700 innovations, many of them tied to artificial intelligence. The 2026 edition is special because it marks the first decade of DES’ existence. As a tribute and rupture, the organization has broken with its previous structures and has completely redesigned itself under a new hyper-specialized format called ‘DES Universe’. The idea is simple: transform the fair into an “event of events” divided into seven thematic ecosystems that will address from the Cloud until the Digital Marketing Planet. However, and as could not be otherwise given the current times, DES 2026 will pay special attention to two large thematic areas: the rise of agentic AI and cyber defense, issues that we have discussed at Xataka on a daily basis. The conferences will focus on the integration of AI into everyday life, quantum computingthe work automationthe news in civil and military security and even the rise of drones. Among the speakers are Randi Zuckerberg (creator of Facebook Live and CEO of Zuckerberg Media), Yongdong Wang (Corporate Vice President of Microsoft), Beatriz Navarro (CMO of Renault) and experts such as Carme Artigas (co-president of the UN AI Consultative Body) and Javier Porras Castaño (Chief Artificial Intelligence Officer of Unicaja), among many others. Xataka will also participate at a round table on June 9 at 5:20 p.m. by yours truly. The complete listas well as the agendacan be consulted on the web. How to participate General access and to the exhibition area of ​​the large technology firms is managed through the event’s official website. Tickets vary depending on the professional profile and the content you wish to attend on June 9, 10 and 11. They are the following: Business Pass. The general access entrance. It allows you to visit the DES Universe exhibition area and some of the most important events, such as The Alnomics, Spain Digital Company either CyberXponential World. Its price is 90 euros during the three days. Premium VIP Pass. Ideal if your profile is executive and you pursue business opportunities and meetings with investors. In addition to the general access included in the previous pass, it allows you to unlock the 1 to 1 meeting platform, the VIP Lounge and The Scale Up! World Summit. Its price is 400 euros (one day) or 675 euros (three days). Honor Pass. The honorary pass includes all of the above and also a lunch at the Leadership Summit or in the CIO’s Summit and an invitation to the welcome party. Its price is 1,500 euros for three days. Thanks to our collaboration as Media Partner, all our readers can access a 35% discount in all DES 2026 entries. You just have to click this linkchoose your pass, enter the code that we show you in the following image and complete the registration. We are waiting for you in Malaga between June 9 and 11! Image | DES

There are meteorologists who are already comparing El Niño of 2027 with that of 1877, a catastrophic event that wiped out 4% of the population

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We have been worried about El Niño for weeks and rightly so. One by one, the main weather forecasters have been warning us that curves are coming. It is true that on April 24, 2026, the World Meteorological Organization refused to call it “super”, but its refusal is purely terminological: what is clear is that everything indicates that “it could be strong or very strong.” Even Ryan Maue, one of the most controversial meteorologists of the moment (for his criticism of “climate alarmism”), has become nervous and has linked what is coming directly to the El Niño of 1877-78. That event wiped out 4% of the planet’s population. But let’s not get ahead of ourselves and remember what El Niño is. By ‘El Niño’ we refer to a cyclical (although very irregular) climate phenomenon that has great effects on the global climate. Huge, in fact. If we exclude the stations, it is the most important source of annual climate variability from all over the planet. During the warm phase (that is, during El Niño), the absence of strong trade winds that cool the surface of the equatorial Pacific causes the temperature of that area of ​​the ocean to skyrocket. It is this, through different atmospheric teleconnectionswhich disrupts all the weather systems in the world. The effects are varied and change depending on the region (“drier conditions than normal in certain parts of the world; while in others it causes more precipitation. Some countries have to deal with major droughts and others with torrential rains”, says AEMET); But when we talk about temperatures there is no doubt: El Niño is synonymous with heat and, in many places in the world, hunger. That’s what happened in 1877. According to modern reconstructionsEl Niño of 1877-78 was the most intense since 1850: sea surface temperatures remained high for 16 months and, as if that were not enough, that coincided with two warm phenomena (in the Indian Ocean and the Atlantic). That triggered a drought of unusual magnitude. However, the 4% figure is problematic. Not because it’s not realbut because (firstly) it corresponds to a longer period that begins in 1877, but lasts until 1902. And, secondly, because the demographic catastrophe was not a direct effect of the climate, but the result of colonial policies: in many areas of the world they were forced to export grain to the metropolises despite famines. In this sense, transferring the mortality figures from that year to today (even if El Niño reached a similar intensity) is not serious. Although it can be expensive. We must not forget that the super El Niño of 97-98, one of the strongest ENSOs in recent years, caused numerous consequences that lasted for years: the estimates say which caused damage to global economic growth of around 5.7 trillion dollars. That is, we are not talking about an episode from 100 years ago, but something that happened 30 years ago and that draws the framework in which state policies have to work. Above all, because although Spain is not in the first row, the consequences can be global. We are no longer talking about diffuse teleconnections (more rain in some areas), we are talking about enormous economic pressure in international markets that have been having a hard time for years. Nobody is very clear what is going to happen, but we do know that we have to prepare for it. Image | Xataka In Xataka | “It is so extreme that it is difficult to believe”: El Niño forecasts depict an event of unprecedented intensity.

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