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Ukraine has turned military bridges into impossible targets. Russia just responded with a Frankenstein on wheels

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In World War II, six soldiers could carry parts by hand of a Bailey bridge and build a passage for tanks in a matter of hours. Eight decades later, the real challenge is no longer building the bridge: it is making it survive long enough to enter service. River crossings are a nightmare. Crossing a river has always been one of the most delicate operations for any army. Crossing points are predictable, vehicles must be concentrated in a small space, and engineers need time to deploy bridges or pontoons. In Ukraine, however, the problem has become a new dimension. Drones constantly monitor roads, accesses and banks, detecting any preparation for a crossing long before it occurs. This means that forces attempting to cross a river can be attacked even before reaching the water. What for decades was a complex engineering operation has been transformed into a race against time under permanent surveillance. A problem since the start of the war. Russian difficulties in crossing rivers they are not new. One of the most remembered episodes occurred in May 2022, when a Russian tactical group was practically destroyed during an attempt to cross the Siverski Donets. More than three years later, the problem remains unresolved. They remembered in Forbes That even relatively modest obstacles like the Vovcha River can slow down entire operations because the challenge is no longer just overcoming the water, but surviving the deployment process. Every bridge, every pontoon and every engineering vehicle automatically becomes a priority target for Ukrainian drones, artillery and other precision strike systems. The strange “Frankenstein”. Thus a scene has taken place that has remained recorded on video by Ukrainian forces. It happened when one of the most peculiar vehicles seen in the war appeared. A Russian unit built an improvised system using military truck chassis, probably Ural or KamAZ, transformed into a kind of articulated pontoon. The structure was made up of a drive section and a large adapted trailer, creating a set long enough to cross narrow sections of the river. Its appearance was so rudimentary and strange that Ukrainian observers compared it to a creation straight out of a Mad Max movie and they baptized as a four-wheeled “Frankenstein”. More than a visual curiosity, the vehicle reflected the need to find alternative solutions to a problem for which conventional means seem increasingly less effective. A mission observed from start to finish. The broadcast images by the Ukrainian Wolfhound unit show the complete route of the vehicle towards its objective. The group advanced at high speed through Vovchansk in an obvious attempt to reduce the time of exposure to possible attacks. During the trip, the trailer repeatedly left the road, knocked down an electrical pole and activated several mines without being disabled. Even so he managed to reach the river bank. However, Ukrainian air surveillance had followed their every move. As the soldiers began to deploy the system and the forward section began entering the water, several attack drones They destroyed the vehicle before he could complete his mission. A deeper problem. The most striking thing about the episode is that Russia has specialized teams capable of carrying out this type of operations. Systems such as launchable bridges MTU-72 or the PMP pontoons They were designed precisely to allow the passage of troops and armor through rivers much larger than the Vovcha. For a unit to resort to a such an improvised solution suggests that these means were not available in that sector or that the losses accumulated during the war have reduced their presence on the front line. It also reflects an industrial reality: the current priority is on producing tanks, armored vehicles, drones, ammunition and artillery, while engineering equipment receives much less attention and replenishment. Modern warfare forces us to reinvent everything. He “Frankenstein” by Vovchansk fits into an increasingly visible trend within the Russian military. In recent years, protected armored vehicles have appeared with anti-drone cagesvehicles covered with netsmodified robots for new features and all types of adaptations carried out directly by combat units. The speed at which threats evolve often outpaces militaries’ ability to develop and deploy new solutions. Although the makeshift pontoon was destroyed, its existence is revealing. It demonstrates the extent to which drones have disrupted a military task as basic as crossing a river, and how soldiers are attempting to fill the gap between battlefield needs and the ability of military machinery to respond with ingenuity, recycled parts, and emergency solutions. Image | x In Xataka | Russia’s enemy in Ukraine is basically an AI. So you’re painting your tanks CAPTCHA color In Xataka | Thousands of elderly Ukrainians are isolated at the front. An army of drones is coming to your rescue

Millions of teenagers have turned AI into their go-to psychologist. It is an unprecedented challenge for medicine

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In society there is a fairly well-established debate about how affect social networks to the mental health of the youngest and there is even debate about the possible consequences they have, going so far as to propose very clear limits to access them. However, while the focus was on the recommendation algorithms of TikTok or Instagram, a new trend has been quietly growing on the screens of millions of teenagers: the use of generative AI as a therapist. New therapies. Here, research led by the RAND Corporation has put on the table the magnitude of this phenomenon when analyzing a sample of 1,058 young people between 12 and 21 years old. And the figures paint a quite revealing picture by pointing out that 13.1% of adolescents and young adults use generative artificial intelligence to obtain advice about their mental health. But the most worrying thing is that this percentage shoots up to 22.2% if we look exclusively at the oldest age group, that is, those between 18 and 21 years old. And although it can be defended as something specific, the reality is that 65.5 of these users turn to AI on a monthly or even greater frequency. Works? The most striking thing we have learned from this study is not only that young people consider AI as a psychologist, but that those who attend leave quite happy, since 92.7% of users stated that they found the advice provided by the AI ​​useful. And among the reasons they give for their satisfaction, what stands out above all is the possibility of resorting to their ‘services’ at any time, the absence of economic barriers and, above all, the feeling of privacy and lack of human judgment. All of this together is turning large AI models into the first line of emotional support for Generation Z. The other side of the coin. Just because a tool is perceived as useful by the user does not mean that it is clinically safe, because the intersection between generative technology and psychiatry is a minefield, and major medical institutions are already raising their hands. In summer 2025, the American Psychological Association issued an official warning about the risks of relying on AI for the diagnosis or treatment of mental disorders. Among the reasons they give, it stands out that language models are designed to predict the most likely next word and sound empathetic and convincing, but they lack real understanding, clinical context and the ability to manage severe crises. The security. Added to this warning is the devastating context contributed by researchers from Stanford University, who also in 2025 evaluated the responses of several chatbots to mental health queries. Their conclusion was worrying as they saw that in 1 in 5 cases, the artificial intelligence provided advice that was unsafe or inappropriate for the user’s situation. A real challenge. Right now we are at an inflection point where AI is filling a huge gap in a mental health system that, globally, is collapsed and inaccessible for a large part of the young population. And furthermore, prohibiting or blocking access to these tools does not seem like a realistic solution in the face of millions of users who have already integrated them into their emotional well-being routine. That is why the real challenge for technology companies and health agencies is twofold: on the one hand, improving the security barriers of the models so that they refer users to human emergency services when necessary. Images | Daria Nepriakhina 🇺🇦 In Xataka | There is a weapon of mass destruction against our ability to remember things: stress

Festivals turned food trucks into a money-printing machine. Now they have a problem: Ozempic

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During the marathon days of the past Coachellaone of the most important music festivals in the world where, paradoxically, music is the least important thing, an image caused a certain sensation on social networks: the total absence of lines at the food stalls. To the plethora of content generated by the festival, a showcase for social networks where only the show by Niece Carpenter and the revival by Justin Bieber caught some attention strictly musically, we had to add the “get ready with me” on Instagram and the usual parade of looks themed, generally quite unsuitable for the Californian desert. In the background a silent revolution was brewing. Because within this hyperaesthetic ecosystem there was a shadow. In the videos of many influencers and tiktokers We were able to observe a scene repeated day after day: non-existent queues to get food (even when it’s free), facing crowded lines to buy sunglasses or other accessories. For many, the reason was obvious: Ozempic. We can interpret it from irony or, on the contrary, as a clear cultural symptom that is deeper and difficult to ignore. Because, if something seems evident, it is that, in a festival where consuming aesthetics is much more important than consuming food, the Ozempic era has found its best showcase. Less hunger = less business Anyone who’s been to a festival, especially in recent times, knows what it’s like. Until recently we went with our eyes closed and our wallets open, assuming that, in addition to the increasing price of admission, we had to pay absurd amounts for a cold burger or a pad thai stale at Michelin star price. We got into the game and no one was surprised by the exorbitant prices, those 20 euros on average per plate were part of the ritual of the festival experience; but something has started to change at Coachella. To get an idea of ​​the importance of this change: the economic volume of its gastronomic industry covers more than 100 positions. Ozempic and derivatives are completely redefining the cultural codes of the last decade. Starting from the basis that each person does with their body what they consider, it is true that we were already noticing in red carpets and derivatives that curves are beginning to go out of fashion; with bloody examples because they are carried out by former standard-bearers of the movement curvy. Actresses and artists like Rebel Wilson, Barbie Ferreira either Meghan Trainor show a change in their figure that advances from photocall in photocall. Little by little this permeates society; and also leaves a side effect that someone may consider unexpected. It is not only transforming bodies but also habits and, among them, our relationship with food in spaces of mass leisure. This change in the psychological relationship that we establish with food and the hunger-suppressing effect means that this character is eliminated from the equation. hedonist and impulsive. If the desire for food ceases to exist, the key turn occurs. For years festivals were governed by a simple rule: the economic margin is not so much in the entrance, but rather in everything that happens inside. In this mechanism, food is a key element with these inflated prices, encouraging impulsive decisions in marathon days that invite consumption. This is where Ozempic has broken the model at Coachella, fully attacking that impulse. In this showcase where it seems that eating is “annoying,” a drug that controls hunger is not useful, but rather more than consistent with the environment. And yes, Coachella may not be the Cruilla or the Arenal Soundbut on a large scale what is at stake is not only what the companies can bill food trucks. What is relevant is something deeper: in an environment where excess was part of the festival attraction, a model is now beginning to prevail where control, especially of the body and image, redefines spaces designed for the opposite. Ozempic and the end of hunger The impact of this medication is such that we are no longer talking about a health phenomenon, but rather a cultural phenomenon. What began as a diabetes medication, later converted into a weight loss solution, is no longer the beauty secret of the celebrities. The pharmacological equivalent of “drinking a lot of water and sleeping eight hours” has spread with universal consumption, and with this it not only transforms bodies with their corresponding physical consequencesalso behaviors. What began as a resource for the elite is now heading towards a more affordable distribution and on a large scale. Because we are not talking about a diet, but about something much more radical, deactivating one of the most basic impulses of human behavior on a large scale, and the data begins to reflect that change. At a global level, about 46 million of people already use these medications. In the United States, the number of people without diabetes who start treatment with these drugs has grown more than 700% in just four years. Today, around 12% of adults use them, with annual growth close to 30%. This impact does not remain only in the body and, if we transfer it to the context at hand, we see that it is directly reflected in consumption; These users spend 31% less on food and drink, especially on everything associated with whim and impulse (snacks, chocolate, etc.). In Spain the trend points in the same direction, approximately 6% of households are already consumers of these treatments, thus representing an expense of 5.4 billion euros annually in food and beverages. And, again, the most relevant thing is not what you spend, but on what: this hedonistic consumption falls and basic and functional products increase. With these numbers it is logical that the conversation of “surely he has lost weight thanks to Ozempic” does not die, but it is no longer limited to celebrities like Oprah, Kelly Clarkson or the native Ibai Llanos. The same statement now slips and extends to much closer environments such as the office, the … Read more

What until recently were small incursions of spring heat have turned Europe into hell

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London at 35 degrees in the month of May. We are talking about a record that would be exceptional in the middle of summer. France (“a country where much of its territory is low, soft terrain of little relief”) dangerously close to 40 and discovering how all those cities in the valleys They become “pans like Seville or Córdoba”. Central Europe, the Alps, the former Yugoslavia seeing how the thermometers have gone completely crazy. “Literally hundreds of May records have already been beaten“and the worst thing is that no symptoms are seen weakening on the horizon. The relevant question today may be why. What is happening? “It will never cease to surprise me to see a number (…) so extreme for the time and covering such a large record area,” said González Alemán a few hours ago. And no wonder: each of the little pink dots in the image below are historical heat records for May. This week, Europe has become hell and, despite years of warnings, no one really expected it. How is it possible? The explanation is simple. A powerful subtropical anticyclone has spread over Western Europe and is generating what It is often referred to as a “heat dome”. That is, a situation in which the air on the surface is not renewed, does not move and, as a consequence, warms up little by little. The following two maps show perfectly what this “heat dome” is and where it is affecting most intensely. What do they mean? The first image shows the size and extent of the anticyclone. Right now, much of Europe is cloudless. The second shows the intensity of the phenomenon. As Jeff Berardelli explainsany red dot represents a new record for May (and we are taking the record since 1950 as a reference). This has many names… “atmospheric blocks”, quasi-resonant amplification of planetary waves either persistence of “double jet” configurations about Eurasia. But the result is the same: the problem has stopped being the heat and is starting to be that today’s climatic extremes continue for days and days. “This is perhaps the most obvious sign of the new climate that has nothing to do with that of a few decades ago”. And what can we do? That’s a great question, because these heat waves (if, as they seem, they persist) will have a very clear consequence: Europe will have to change its real estate stock from “houses designed to keep the heat out” to “houses designed to keep it out.” We are facing one of the Image | Tropical TidBits In Xataka | The Gulf Stream is dying. Someone’s idea to solve it dates back to the 1950s: closing the Bering Strait

Russia turned gliding bombs into Ukraine’s nightmare. 17 months later Ukraine is giving him his own medicine

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Two years ago Russia launched a FAB-3000 pump of three tons over Kharkov and the shock wave was so powerful that several local seismic sensors recorded it as if it were a small earthquake. Until then, Ukraine barely had a way to respond to a weapon capable of striking from tens of kilometers away. The nightmare that changed the war. For much of 2023 and 2024, Russian gliding bombs became one of the most devastating weapons of the entire war. Moscow discovered that it could transform old Soviet bombs into long-range munitions simply by adding relatively cheap wings and guidance systems. The result It was devastating: huge FABs of 250, 500 or 1,000 kilos launched from dozens of kilometers away, out of the reach of many Ukrainian anti-aircraft defenses, capable of destroying fortified positions, bridges, logistics centers or entire neighborhoods. For Ukraine, this became a problem almost impossible to solve. Shooting down each bomb was extremely difficult, attacking the launching planes forced them to get too close to the front and each new Russian kit multiplied the pressure on cities like Kharkiv, Sumy or Zaporizhia. Seventeen months searching for an answer. The appearance now of the first gliding bomb Ukrainian marks something much more important than the presentation of new ammunition. It represents the moment in which kyiv believes it has found your own answer to one of the weapons that have done the most damage during the last two years. Development reportedly began in December 2024 and has required 17 months of work until reaching the final tests and the first official order from the Ministry of Defense. The weapon, named like Vyrivniuvach (“Equalizer”), uses a 250-kilogram warhead and has been designed specifically for the real conditions of the Ukrainian war. It is not simply a question of copying a Western or Soviet model: Ukrainian engineers tried to build an adapted pump to a scenario where planes fly at low altitude to avoid radars, where anti-aircraft defenses cover enormous areas and where each weapon must be cheap, quick to manufacture and easy to integrate. The importance of manufacturing at home. The great advantage of this bomb is not only military, but also industrial and strategic. Until now Ukraine depended on Western kits like the JDAM-ER American or French Hammer to convert conventional bombs into long-range guided weapons. The problem is that these systems arrive in limited quantities, depend on external political decisions and often include restrictions on where they can be used. kyiv had been trying for months to escape that dependence by building its own war industry. The Vyrivniuvach fits perfectly into that logic: according to its developers it costs approximately three times less than a JDAM-ER, can be prepared in less than half an hour and is designed to be integrated into already operational platforms such as the Su-24, MiG-29, Su-27 and even Western F-16 or Mirage 2000. A Russian UMPK gliding bomb attached to a Su-34 An increasingly cheaper and more massive war. The evolution of gliding bombs also reflects a profound change in modern warfare. For years, cruise missiles seemed like the ultimate symbol of precision strike. Ukraine and Russia have proven otherwise: It is often more efficient to adapt old weapons with relatively simple kits and mass produce them. Russia understood this earlier and converted its FABs with UMPK modules into a true constant attrition machinery against the Ukrainian defenses. Ukraine has ended up following the same path. The logic is brutally practical: a gliding bomb does not need complex engines, can be launched from great distances, costs much less than an advanced missile and forces the enemy to expend much more expensive anti-aircraft interceptors or accept the impact. The problem of attacking from outside enemy range. They counted the TWZ analysts that what made Russian bombs especially dangerous was the possibility of launching them outside the radius of many Ukrainian defenses. Russian planes could get relatively close to the front, release their ammunition, and return without directly entering areas covered by Patriot or NASAMS. Ukraine now wants exactly that same ability. Your new bomb is designed to hit targets located “tens of kilometers” behind Russian lines, including fortifications, command posts or logistics centers. This allows you to attack without constantly exposing the pilots to the densest air defenses on the front. Furthermore, as it is a national system, kyiv can use it against any target it deems necessary without depending on external authorizations or political limitations imposed by Western allies. Ukraine’s industrial war. The Vyrivniuvach It also symbolizes the extent to which Ukraine has ceased to be simply a country that receives Western weapons and has become a power. of improvised military innovation out of necessity. In just two years, kyiv has developed long-range kamikaze drones, unmanned naval systems, new munitions and electronic warfare solutions built at high speed and at low cost. The glider bomb is part of that same transformation. Ukraine understood that it could not win a long war by relying solely on limited foreign arsenals or deliveries subject to political debates in Washington or Brussels. That’s why the message behind this new weapon is so important: Russia turned gliding bombs into one of the biggest symbols of Ukrainian vulnerability, but seventeen months later Ukraine seems to have managed to hit back using exactly the same weapon. industrial and military logic. Image | Ministry of Defense of Ukraine, Russian Ministry of Defense In Xataka | Satellite images reveal how much Russia fears Ukraine’s drones. 7,000 km away they are covering their nuclear missiles In Xataka | Once again, Ukraine has opened a missile launched by Russia. Once again, surprising manufacturers have been found

The Canary Islands have just turned on the first platform that generates electricity by “boiling” the ocean

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They have been promising us for decades that the ocean would be the battery of the future. The difference now is that someone has finally plugged in the cable. The British company Global OTEC has installed in the waters of the Canary Islands the world’s first floating platform capable of extracting energy directly from the heat of the sea. It is not a concept. It is not a simulation. It is there, in the Atlantic, working. The end of intermittency. Unlike wind or solar energy, which are dependent on weather conditions, the ocean offers a constant and reliable source 24 hours a day. It’s what experts call “base load power.” Until now, Ocean Thermal Energy Conversion (OTEC) technology had been tested in terrestrial environments. Until now, the main obstacle to bringing this technology to a full scale was infrastructure. The terrestrial prototypes needed huge pipes to pump cold water from the depths to the coast: kilometers of installation, exorbitant costs. For this reason, Global OTEC’s commitment has been to move the platform directly to the sea, eliminating that route. The result: 80% less pipe. And a model that, for the first time, seems truly scalable. A closed circuit that “recycles” the liquid. The system literally takes advantage of the temperature difference that exists between the surface of the sea and its dark depths. The mechanism is an extremely ingenious closed circuit: Evaporation: The warm water on the surface heats a special liquid that, due to its chemical characteristics, boils quickly. Generation: When boiling, this liquid is transformed into steam, which pushes a turbine that, when rotating, generates electricity. Cycle recycling: For the system to never stop, the vapor needs to return to its liquid state. This is where the newly installed deep pipeline comes into play, sucking in very cold water from the deep sea to cool the vapor and restart the cycle. In addition to generating energy completely free of carbon emissions, the installation takes up little space and is silent. It even offers an invaluable additional benefit to island ecosystems: freshwater desalination. An ecological lifesaver. The project was not born thinking about feeding large continental electrical networks. Its objective is more concrete and, in some ways, more urgent. The European consortium PLOTEC, which finances this development, is targeting Small Island Developing States, the so-called SIDS. These are regions that today depend on polluting and expensive diesel generators, and that also fit squarely in the hurricane belt. That is why the platform has been specifically designed to withstand extreme tropical storms. The Canary Islands, the great laboratory of Europe. That this world milestone has occurred in Spain is no coincidence. The platform has been installed on the Canary Islands Ocean Platform (PLOCAN). As explained by Ministry of Science, Innovation and Universitiesit is an infrastructure managed by a consortium financed in equal parts by the State and the Government of the Canary Islands. This enclave has become a true focus of international technological attraction. According to a statement from PLOCANits waters not only host thermal projects, but at the end of 2026 they will also host the European WHEEL project, led by the Spanish engineering company ESTEYCO. This floating offshore wind energy demonstrator reinforces the role of the Canary Islands as a strategic enclave and positions the region as one of the main European poles for the development and validation of technologies. offshore. Next stop: the commercial jump. With the ocean platform already installed and technical validation underway in the Atlantic, the horizon for this technology seems clear. “This is the moment when OTEC technology moves away from controlled environments and into the real world,” says Dan Grech, founder and CEO of Global OTEC. Its next objective is to install the first commercial energy module in Hawaii, an island market with all the conditions that this technology needs. The company estimates that there are more than 25 GW of diesel capacity on tropical islands that could be candidates for this transition. Although it is important not to lose sight of the fact that going from prototype to commercial scale has historically been the valley of death for many promising energy technologies. The learning curve that Grech compares to that of solar or wind took decades to lower costs to competitive levels. That being said, the platform is in the water. And that, in this sector, is already a lot. Image | Global OTEC Xataka | Every year millions of birds die because of wind turbines. The solution: paint them like poisonous snakes

we have turned the ocean into an acoustic hell

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The ocean is no longer the silent paradise it used to be, as beneath the surface a constant cacophony of engines, propellers and giant ship hulls has created an “acoustic fog” that is suffocating marine life. and this It is creating a very serious problemespecially with the whales that are trying to raise their voices to be heard over the noise of the ships, but physically they can no longer scream. We have it close. To understand the magnitude of the problem, one does not have to go far, since in the Strait of Gibraltar itselfone of the busiest maritime highways on the planet, cetaceans are living on the edge. And here science is seeing that the pilot whales of the strait are “screaming” to communicate with their groups. However, the effort is in vain, since the data reveals that, no matter how much these whales try to raise their vocalizations, they barely manage to reach half the noise level generated by maritime traffic continuous. Simply put, the noise of merchant ships and ferries silences them and does not cut their communication links with others of their species. Why not stronger? It would be the most logical question that could come to mind, but the reality is that science points to the existence of an unbreakable physiological limit in their larynxes that makes it impossible for them to raise their ‘voice’ any higher. It must be taken into account that the vocal anatomy of these whales is perfectly adapted for the depths, but becomes ineffective to compete with the frequencies and volume of merchant ships that travel on the surface. In fact, below 100 meters of depth, their ability to compensate for environmental noise hits a biological wall, since maritime noise is masked in such a way that their vocalizations are completely disrupted. The danger of your instinct. Added to this physical limit is a behavioral problem, since evolution has prepared whales to deal with the natural noise of the ocean, but human noise is completely foreign to them. Studies here showed that while these animals know how to react to natural threats by adjusting their singing patterns, they do not have the instinct necessary to evade anthropogenic noise. They simply don’t process the sound of a freighter as a threat they must flee from or adapt to until it’s too late and the end is quite catastrophic. Its impact. It is not limited to the fact that they cannot “talk” to each other, but this sound masking forces the animals to abandon rich feeding areas for more impoverished but quiet areas. Furthermore, since males and females cannot communicate from kilometers away, the rates of encounters to reproduce fall. In the end, we are facing a problem that is serious, which has led institutions such as the Ministry for the Ecological Transition to monitor these hot spots of noise in the Mediterranean that are altering the behavior of fauna. And all because the whales here cannot adapt to the rhythm of our noise, so the solution is to make our boats ‘quiet’ so that they do not have a great impact on the fauna. Images | rawpixel.com on Magnific In Xataka | He dug a 60 cm pond in the garden and in a few weeks clutches of frog eggs appeared: from useless grass to nursery

Europe throws away 16 billion a year in electronic waste. Spain has just turned on the first oven in Europe to recover them

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Those cell phones, computers and small devices that are gathering dust in a drawer and ending up in a landfill contain valuable minerals such as copper, silver and platinum inside, which also end up there. Every year in the Spanish state almost 930,000 tons of Waste Electrical and Electronic Equipment (WEEE) are thrown away, which makes Spain the sixth state on the continent in generation of this type of waste. according to data from the UN E-waste Monitor by 2024. Of these, less than half is documented and recycled waste. In a context in which rare earths and critical minerals are a strategic resource of which Europe wants to achieve sovereignty, Spain has taken a step forward with a CSIC pilot plant pioneer in the old continent: a furnace capable of melting that electronic waste to extract valuable metals from it. The pioneer oven. A few days ago the National Center for Metallurgical Research of the CSIC inaugurated in Madrid the first European pilot plant capable of recovering critical metals from electronic waste using a submerged lance furnace, which exceeds 1,200 °C to melt electronic waste. The milestone was formalized with the first experimental casting of metals obtained directly from electronic waste and obtained materials such as copper, gold, silver and platinum in a clean and efficient way. In conventional furnaces, the heat comes from the outside, but in this case a metal lance is introduced that injects oxygen and fuel directly into the molten bath, which generates intense turbulence that mixes and homogenizes the material, accelerates chemical reactions and improves energy efficiency. Why is it important. Because every year Europe generates millions of tons of electronic waste containing copper, gold, silver, platinum and strategic minerals necessary for the energy transition and digitalization. A part of them is not recovered: it is lost or used outside the continent. The facility in question is an advance in advanced pyrometallurgy and the management of waste from electrical and electronic equipment that shows that it is possible to treat this waste in Europe, thus preventing the associated economic value from leaving the continent, which allows the raw materials to be reincorporated into the European production chain itself. In addition, it connects directly with the Critical Raw Materials Law of the European Union, which fixed that at least 25% of the critical raw materials consumed by the EU by 2030 must come from recycling. The EU is currently heavily dependent on imports of critical raw materials, often from a single supplier, which poses a serious geopolitical risk in the form of dependence on strategic sectors such as renewable energy, digitalisation and defence. Context. The generation of WEEE is out of control and breaking records. According to the UN international waste observatoryin 2022 the world generated 62 million tons, 82% more than in 2010, but less than in 2030, when the estimated figure is 82 million tons. Europe takes the cake: in 2022 it was the region with the highest volume of WEEE per inhabitant with 17.6 kg per person, of which only 7.3 kg were recovered. But that garbage is money: the UN E-Waste quantifies the economic value of those 62 million tons at 91 billion dollars a year. If of this global total of WEEE, 13 million tons of garbage per year They belong to Europe. Calculated proportionally, it would be equivalent to losing about 19,000 million dollars annually due to poorly managing these materials (about 16,340 million euros at the exchange rate). While we search for deposits and accelerate their exploitation in a sector dominated by China, we have a deposit pending to be exploited: the “urban” mine with WEEE recycling. The situation regarding WEEE in Europe in 2022. UN E-Waste 2024 How it works. He submerged lance furnace is based on the ISASMELT processso that the raw materials only need to be pre-mixed, there is no need for fine grinding or drying, which simplifies the feeding with materials as heterogeneous as WEEE. The separation of materials is based on the difference in densities: once the waste is melted, copper and precious metals such as gold or silver tend to sink to the bottom of the reactor due to their greater density, while the slag (which is non-metallic) floats on the surface, which makes extraction simple. The project has been possible thanks to a public-private collaboration between CENIM-CSIC and two companies, the European copper smelting giant Atlantic Copper and the metallurgical company Glencore Technology. Yes, but. The CENIM facility is a pilot plant, not an industrial plant, and this leap in pyrometallurgy is not exactly small: engineering issues must be resolved such as the management of the gases emitted in the process or the useful life of the furnace’s refractory materials, among others. And this project may find its political framework in the Critical Raw Materials Act, but this It’s more of a statement of intent. than anything else: it does not have a roadmap nor has it made available new funds to accelerate these initiatives. However, the biggest problem is not in the oven, but in recycling or the absence of this: 46% of WEEE and the critical materials it contains are lost before reaching any recycling facility, simply because collection is poor. There is little point in developing highly efficient recovery technology if electronic waste ends up mixed with organic waste in the brown container. Or if it is exported outside of Europe. The real bottleneck remains collection. In Xataka | Mortadelo and Filemón work for the CSIC: TIA agents explain the history of science to us with their comics In Xataka | The CSIC wants to create quantum solar energy capable of self-regulating its temperature. His inspiration: painting Cover | yasin hemmati and Nathan Cima

Sony has taken advantage of its AI to improve photos. It turned out quite average

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Sony presented the mobile this week more anti-2026 that we had seen in the high range. A return to the headphone jack, the generous bezels, the microSD card and, beyond the curious, a photographic bet that promised to be solid. Just yesterday, the Japanese company published on its social networks how the new assistant worked AI camera in the new Xperia, one “to bring photos to life.” The post has gone really viral, since it is not clear who and why it seemed right to publish said publication in X. all bad. The publication already has 8 million views and more than 3,000 comments, the first of which are directly memes. Beyond the fact that this is the usual trend in X, there are reasons to be disoriented by Sony’s publication. According to the company, which also publishes the same examples on its website, the new AI camera assistant helps create “expressive options to bring our photos to life.” And yes, although what is a good photo and what is not is partly subjective, the publication leaves no room for interpretation. Yes, I laughed. “Life”. The photographs that Sony has shown with the AI ​​mode are terrible. Not from a subjective interpretation, but from introducing photography into any editing programread the histograms, and objectively analyze that they are completely burned (full overexposure) and with a very high color distortion. As the company has shown, this is a mode that completely destroys the naturalness of the original photography, and without practical use to improve the results on a daily basis. Not too surprising. Sony is the leading camera manufacturer in the world. In fact, there are hardly any filmmakers and content creators who do not use their cameras. When buying a phone, the reference to know if it has a good camera is that it has a Sony sensor. But, for some reason, in all Xperia generations there have been serious problems with the camera. Usability of the apps, final quality of the photographs, strange looks that were not completely understood… Despite leading with an iron fist in video cameras, the Xperia division in mobile phones does not come close to what is expected from the manufacturer. Hope? The margin of doubt is always necessary and, after the virality of the publication, it is more than likely that Sony will give AI processing a twist. And, if not, we will always have an additional way to create memes. In Xataka | We have been juggling for ten years to transfer a photo from iPhone to Android. Google closes the wound with AirDrop

His best gift has been having turned 5.5 billion euros into bricks

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Amancio Ortega has just turned 90, but the tireless businessman he hasn’t slowed down. While the world speculated about whether the founder of Inditex would reduce his investment activity at that age, his team in Pontegadea closed one operation after another at breakneck speed. In the last year, Pontegadea completed 17 real estate purchases with a total investment that exceeds 5.5 billion euros. As and as detailed The Worldthe figure of rental income that Ortega receives through his real estate giant exceeded 977 million euros in 2024, and in 2025 they reached 1,089 million euros. The landlord of big companies. Although 2025 has been characterized by the diversification of investments, the brick remains the star product of Ortega’s investments. The most striking bet of 2025 was the purchase of eight office buildings in six cities spread across five countries, with a joint investment of 1.5 billion euros. Pontegadea’s investment recipe is simple in theory, but somewhat more complex to put into practice: always choose buildings of high strategic value located in the most important urban centers…and, if possible, that already have solvent tenants. The logic is undeniable, a “high-end” building is a highly valued value by hotel chainslarge companies that use them as headquarters or brands that use them for set up their flagships in the center of large cities around the world. In this way, they ensure receiving income from day one. The largest operation of 2025 in this sense was the acquisition of “The Post”, a historic Vancouver office building with Amazon as a tenant. The millionaire closed the purchase of that former Canadian post office for 1.1 billion Canadian dollars, which is equivalent to about 680 million euros. The rest of the office purchases were distributed throughout Europe, the US and other regions, consolidating a portfolio of buildings spread throughout the world. The great logistics bet. If Inditex has become the textile giant that it is today, it is not because of its contribution to fashion designbut for the development of its logistics network that allowed it to take any clothing line to any corner of the world in record time. This obsession with logistics comes from its founder, and in 2025 we have also seen it in Pontegadea. Ortega’s investment in the field of logistics it’s not new. It has been investing in logistics centers in Europe and the US for years, but in 2025 it has opted for another approach: ports. At the end of October 2025, the millionaire’s participation was announced with 49% of PD Ports sharesone of the most important port operators in the United Kingdom, in an operation valued at more than 500 million euros. At the beginning of 2026, it was confirmed that Pontegadea was continuing along this investment path with participation in a joint offer valued at 11.7 billion Australian dollars (approximately 6.9 billion euros) to take over 100% of the Australian manufacturing giant. Qube logistics., although the exact percentage corresponding to the Spanish millionaire has not been made public. Control of energy. Using the same philosophy that Pontegadea applies to real estate investments, Ortega consolidated his position in the companies that control the power distribution networks in Spain and Portugal. It increased its stake in REN, the Portuguese electricity and gas network operator, from 12% to 13.7%, which places it as the second largest shareholder behind the Chinese electricity company State Grid Corporation, which controls 25% of the group. He occupies a similar position in Redeia, the electricity grid operator in Spain, of which he controls 5% of its capital, being also the second largest shareholder only behind the 20% held by SEPI. The engine that moves everything: Inditex. Behind all this investment movement there is a constant generator of liquidity: Inditex. In the last five years, Zara has increased its value by 98% and has increased its dividend by 88%, which has meant an income of 14.6 billion euros for Ortega. only in dividends. That constant cash flow It has been what has allowed us to finance the most active year in decades for Pontegadea. The result of this financial activity has been reflected in the form of an increase of 4.9% in the fortune of Amancio Ortega during 2025. Although it is a notable increase, the fortune of the founder of Inditex grew less than that of other large Spanish assets such as Rafael del Pino (34%) or Juan Roig (13%). In Xataka | Amancio Ortega: the billionaire who lives like another neighbor. Except for private jets and superyachts Image | GTRES, Unsplash (Sergio Kian)

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