lies

TVs have not stopped growing. LG now has a range that reaches 115 inches, although the key lies elsewhere

by

If anyone had doubts about where the television market is moving, just look at the size of the models that are gaining ground in stores and in catalogs. We have been seeing inches rise relentlessly for years, and the data reinforces that impression. The size of TVs in Europe has been growing at an average rate of 1.2 inches per year. Therefore, when a brand like LG now shows a 115-inch TVwhat we see is not an isolated extravagance, but the most recent expression of a very clear trend. The South Korean brand has presented its new QNED evo Mini LED 2026 range in Europe, a family with which it wants to reinforce its presence in the high-end LCD/LED televisions. We are not talking about a single eye-catching model, but rather a line designed to cover different sizes and uses within the home. So we see a movement that does not seem to be limited to a market trend, but rather to turn it into a broader product proposition. Not everything in this range revolves around size If the size is the first thing that catches your attention, the technical sheet is what really supports the discourse of this range. According to LG, the new QNED evo Mini LED 2026 are based on Dynamic QNED Color Proin Precision Dimming Ultra technology and in the Alpha 8 Gen 3 processor to elevate color, brightness and contrast, especially on large diagonals. The underlying idea is clear: that the image does not lose strength as the panel grows. The company also adds features such as AI Super Upscaling, AI Picture Pro and Dynamic Tone Mapping Pro, while the sound is in the hands of AI Sound Pro, which promises a virtual 11.1.2 channel experience from the integrated speakers. All this technical deployment is not fully understood until we bring it down to real use. LG presents this range as a proposal designed for those who want to set up a more versatile system at home, whether to watch movies, follow sports or play games. This includes features such as VRR support up to 165 Hz on the 115-inch model, AMD FreeSync Premium, ALLM and a Motion Booster that, according to the brand, can reach 330 Hz on compatible models. On paper, these are serious credentials for anyone looking for fluidity and quick response, although the final experience will depend, as always, on how these televisions perform outside of the release. LG presents this range as a proposal designed for those who want to set up a more versatile system at home, whether to watch movies, follow sports or play games. But if we have learned anything in recent years, it is that a TV no longer plays everything on the panel. It also matters, and quite a bit, what happens when we start moving through its menus, its recommendations and its day-to-day functions. This is where webOS 26 comes in, the platform with which LG accompanies this new range and on which it mounts tools such as Voice ID to recognize profiles, AI Concierge to launch contextual suggestions and functions such as Sports Portal or Sports Alert to follow matches, schedules and results without leaving the ecosystem. Add to that multi-AI capabilities powered by Google Gemini and Microsoft Copilot. It is also convenient to place this family in its context, because here we are not facing the highest proposal in the entire catalog of the house. Within LG, the QNED evo Mini LED 2026 line is placed in the high range of LCD/LED televisions, just one step below OLED, which continues to be its great premium showcase. That nuance matters because it helps understand what the brand is trying to do with this renewal: offer an ambitious alternative for those who want large screens, advanced functions and a clearly premium profile without necessarily entering the OLED field. Furthermore, the range is not reduced to a single format, but is deployed in various models and diagonals to adapt to different living rooms. However, there is an important part of this story that remains open. LG has said that Spanish users will be able to access this range in the coming months, but for now the new QNED evo Mini LED 2026 line It does not yet appear in the LG Spain catalog. This means that we still have no official prices and no more specific commercial date for our market. What this announcement does make clear is the direction that the South Korean firm wants to take: accompany the growth of inches with a proposal loaded with technical arguments. The rest, including their real reception, will begin to be measured when these televisions can be truly purchased. Images | LG In Xataka | Blue was the problem: how PHOLED technology can end burn-in on OLED screens

If the question is why men don’t wear skirts, the answer lies in the 18th century: the Great Male Renunciation

by

We have it so internalized, so assimilated, that perhaps you have never thought about it, but here goes one of those questions that sound like a truism: Why do men and women dress differently? Why is it that when we go to a wedding, a gala or an elegant dinner, it is taken for granted that they will wear a more or less sober suit and discreet colors while they will wear dresses and heels? Why are ‘men’s’ clothes usually more functional than women’s clothes? And already, why don’t we wear skirts, like was wondering recently David Uclés? As is usually the case when we talk about fashion (social trends in general), none of the above is the result of chance or simple whim. Why do you dress the way you dress? Things as they are: if you are a man (at least in the Spain of 2026) and you go to a meeting in a dress and heels, it is quite likely that your colleagues will be surprised to see you cross the door. However, the same clothing on a woman would be considered very normal. Because? That same question was recently asked by the writer David Uclés. And it’s not the first. Before him, others had already slipped it, such as the designer and photographer Ana Locking, who in another recent interview on the SER network encouraged men to be much more risky when selecting their wardrobe. “If you want to feel sexy today, dress sexy. The boys’ legs are super sexy, the boys’ necklines are super sexy. Open your neckline, wear a skirt, some shorts, some ankle boots with a little heel,” encouraged Locking after lamenting that, as they mature, men “clip their wings” when they confront the closet. “What they will say comes into play a little bit, feeling vulnerable.” Is it just social pressure? It depends how you look at it. Fashion in itself is a social construct, but the tendency that leads us men to opt for sober clothing and banish skirts, heels and clothing that may be considered ‘extravagant’ from our wardrobes is explained by another reason: the story. In fact, it is not a guideline that has always been applied. Come take a walk through the Costume Museum or El Prado to prove that when it comes to men’s fashion, sobriety has not always been synonymous with good style or elegance. For example, this canvas of King Philip V with his family painted in 1743 by Louis Michel van Loo or this other work from the end of the 17th century, also preserved in El Prado, and in which Jacob-Ferdinand Voet shows us Luis Francisco de la Cerda, IX Duke of Medinaceli. Is there anything that catches your attention about them? Wigs, high heels and brilli brilli? Exact. If you look at both works you will see that the men wear wigs, heels, stockings, loose jackets that fall almost like skirts, and an abundance of bright colors, the kind of clothing that at that time (late 17th century, first half of the 18th century) denoted status. If you think about it it makes sense. What they show us Jacob-Ferdinand Voet and Louis Michel van Loo They are characters dressed in colorful outfits, although they are not what we would say ‘functional’. But… Why should they be? If anyone could afford that kind of clothing it was aristocrats who didn’t have to work. Who doesn’t like heels? William Kremer explained it well in 2013 on the BBC when reviewing The history of high heels and why men stopped wearing them. Again, it may sound like a far-fetched question, but it actually makes a lot of sense and reveals even more about our history. For centuries heels were worn in the Middle East as part of horse riding clothing. And not only for aesthetic reasons. With them Persian soldiers could stand on the styles, stabilize themselves and adopt a good posture to use the bow. When at the end of the 16th century sha Abbas I of Persia He sent a diplomatic mission to Europe to gather support. The nobles noticed the Persian-style shoe. They liked it so much that over time they began to wear high heels that highlighted their size… and their social rank. And all that with heels? That’s how it is. “One of the best ways to convey status is through the impractical,” commented in 2013 Elizabeth Semmelhack, of the Bata Footwear MuseumToronto. Perhaps heels were not very advisable for walking through the countryside and the paved and potholed streets of the 17th century cities, but did the same nobles who posed for chamber painters dressed in clothes as luxurious as they were cumbersome have to do so? “They don’t work in the fields nor do they have to walk a lot.” Why did they stop being used? Times have changed. And the way of thinking. When they review the history of fashion (especially men’s fashion) historians usually stop at the Enlightenment, between the mid-17th century and the beginning of the 19th century, a time in which intellectuals opted for a way of thinking in which what was rational and useful was prioritized. Also education about privileges. Status is no longer an inherited gift, but the result of training and work. As far as fashion is concerned, this translated into a new sensitivity that favored the use of garments comfortable and functional. In England, for example, even landowners ended up embracing a more practical style, better suited to managing their properties. At least that’s how it was among men. The rational aspect stood out among them; The emotional nature was highlighted in them. Did only the Enlightenment influence? No. The Enlightenment mentality played a crucial role, but historians usually point out an episode that (although inspired by the Enlightenment) is much more specific, both geographically and temporally: the french revolution. Against this backdrop, the way one dressed became more than a simple aesthetic choice or a mark of status. … Read more

The question is not whether 2027 will be the warmest year on record, the question is by how much. And the answer lies in El Niño who is approaching us.

by

Not one, not two; but three independent forecasts They converge on the same idea: 2027 is being given the face of a record. And in recent days, events have happened very quickly: The Child is at the doors and, from what we know so far, it may be a historic event. This means that next year has a very good chance of becoming the warmest year ever recorded, surpassing 2024 and exceeding the 1.5 degrees of the Paris Agreement. But let’s start with El Niño. ENSO (English acronym for El Niño-Southern Oscillation) is a cyclical, although irregular, climate phenomenon that has large effects on the global climate. Great, 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 (which will now affect us), the lack of trade winds that cool the surface of the equatorial Pacific causes the temperature to skyrocket. And so, through different atmospheric teleconnectionsdisrupts all of Earth’s weather systems. The effects in terms of precipitation change depending on the region (“drier than normal conditions 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 no one escapes from the temperature. What is happening with him? That between the forecasts for December 2025 and those for March 2026, everything has accelerated radically. Although La Niña is officially with us, the chances that we will end up with a strong or very strong EL Niño continue to grow. Above all, since researchers discovered this massive surface heating of the equatorial Pacific caused by Kelvin waves and which has already hopelessly eroded the cold pocket of water that we associate with La Niña. This is the most interesting because, as pointed out by Severe Weather Europe and Climate Impact Companythe parallels with other superChildren They are more than patent. What does all this mean? That, barring a miracle, temperatures are going to skyrocket until they exceed the red lines that we had set for ourselves. Each and every one of the last three years have surpassed 1.4 degrees over the pre-industrial period: 2026 will continue along the same lines, but 2027 has everything “in its favor” to settle above 1.5 degrees. That, translated into natural language, means ‘problems’. Issues? ENSO is a highly variable phenomenon and, in general terms, each phase is unpredictable in terms of intensity, duration, time of year and various interactions. However, the effects are sharp. On the one hand, El Niño causes flooding in California, Central America, northern Peru, Ecuador and large areas of northern and southeastern South America; torrential rains in the eastern-central Pacific islands and central Asia. On the other, is synonymous with droughts in southern Africa, the Sahel, Southeast Asia and, apparently, the Valley of Mexico. In Spain, in addition to the temperatures, it usually coincides with a small increase in rain. Could this rapid warming be indicative of something else? But beyond all this, there is something that worries researchers: that this sudden warming is a symptom of changes between the three phases of El Niño that are faster than they have been until now. Nothing is clear, obviously, but the mere possibility makes experts from half the world nervous. Meanwhile, Image | Climate Realanyzer In Xataka | We don’t know anything about El Niño at this time of year. That’s a meteorological mystery… and good news

The fault lies with some inhibitors to confuse drones

by

All eyes are on the Strait of Hormuz, through which it passes 20% of the world’s oil. Chaos reigns in this funnel of just 33km and there is something that is contributing to complicating everything much more: the GPS does not work. It is not a specific problem, it is something increasingly common that is having consequences that go beyond the war itself. Chaos in Hormuz (even more). They count on BBC There are hundreds of ships in the Strait of Hormuz area and the location systems place them in positions that make no sense; some are stacked on top of each other, others form impossible circles on the earth… The cause is that their GPS coordinates have been altered by some type of inhibitor. This increases the risk of maritime collisions, especially if visibility is poor. Objective: confuse. In a complete report of Wall Street Journalsay that GPS signal jammers and spoofers have become an essential tool in conflict zones like Ukraine and, now Iranas you can see on this map. What they do is confuse drones and guided munitions so that they fail. Works. The Ukraine conflict has shown that these systems work. According to a report delivered to the US department of defensethe accuracy of Excalibur artillery was 70% when it was first used in Ukraine, but six weeks later it was only 6% thanks to “the Russians adapting their electronic warfare systems to counter it” with GPS jammers. Many of these devices are very affordable and fit in your pocket, making them very easy to use in the field. Consequences. In 2024, An American Airlines flight flew over Pakistan when the alert started to sound “pull up“, which is what it sounds like when the plane is too close to the ground, but the aircraft was at 32,000 feet above sea level. It was a GPS interference. In April of the same year, the airline Finnair suspended its flights to Tartu for a month. The reason: Russia. Airlines depend a lot on GPS and these interferences sometimes cause errors like the one we mentioned at the beginning. Flights have also had to be diverted to other airports for this reason, such as happened with the flight in which Ursula Von Der Leyen was traveling in September of last year. GPS cracks. He Global Positioning System It is a satellite navigation system created by the United States in the 1960s. It was created for military use, but it has ended up being part of the critical infrastructure of the digital economy. There are other similar systems that use satellites such as GLONASS (Russia), BeiDou (China) and Galileo (Europe), but GPS is the most used globally. The fact that we depend so much on GPS means that any degradation has a cascading impact on many essential services, but the signal also has to travel 20,000 kilometers from the satellite, so when it reaches us it is very weak. It is the perfect breeding ground to make it extremely easy to alter them. Solutions. The weaknesses of GPS make it urgent to search for robust alternatives for critical sectors such as aviation. There are the inertial navigation systems which use gyroscopes and accelerometers to calculate position and are already used in the aerospace industry, defense and autonomous vehicles. Also a system is being developed which uses quantum sensors that orient themselves with the Earth’s magnetism and cameras combined with AI algorithms are used to “read” the terrain. However, despite the weaknesses, GPS remains the most powerful system of all due to its ubiquity and accuracy. These systems do not cover the entire range, so the tendency is to use several sources to cover these gaps. In Xataka | Radar warning, detector and inhibitor: what is legal, what is not and why the DGT can fine me this Easter Image | gpsjam.org

China is so clear that the future of pork lies in ‘skyscraper farms’ that it is doing something: taking them to other countries

by

When you think of pig farms, what comes to mind are large farms with pig pens, breeding areas, silos with feed… All of this (of course) horizontally. Things change if we are in China. There they have been thinking vertically for years and betting on farms in buildings of various heights, including authentic skyscrapers, such as the two 26-story towers raised in Ezhou (Hubei) and that are capable of breeding 1.2 million pigs every year. Now China has started ‘international’ model. What has happened? That China has begun to export its model of macro farms pig verticals. Although a few years ago the ‘farm towers’ sounded like science fiction and there were even foreign ranchers who raised their eyebrows reading about them, the bet seems to have worked for Beijing. At least enough to consider take her to Vietnamwhere the Chinese firm Muyuan Foods has joined forces with the local BAF to build a complex in the province of Tay Ninhin the southeast of the country. Its main peculiarity: breeding at altitude. What do they want to do? The idea is to develop a high-rise complex dedicated to pig farming, an infrastructure that will be carried out with an investment of just over 450 million dollars and will integrate a farm of 64,000 pigs with a factory capable of producing close to 600,000 tons of feed every year. In September Vietnam Investment Review pointed out that the project has received approval from the authorities of the province of Tay Ninh, where the complex will be built, and from the state authorities. What does it have to do with China? That one of the promoters of the project is Muyuan Foodshe greatest breeder of pigs from China and a heavy weight of the sector at an international level. In addition to his enormous capacity of production, the firm stands out for its commitment to raising pigs in buildings of up to six floors. “We have replaced traditional single-story pig farms with multi-story ones to improve efficiency and land use, promote recycling of manure and waste and ensure biosecurity,” the company explained during its IPO in Hong Kong, a few weeks ago. What is China doing? Although in other countries macro pig farms in towers may be shocking, in China they have been implementing the model for some time. To understand it, you have to go back to 2018, when the country saw how swine fever undermined its herds. The American Society for Microbiology estimates that in total the outbreak killed or forced the sacrifice of 225 million of pigs. The country is the largest producer and pork consumer in the world and it is estimated that before the 2018 outbreak it housed half of the planet’s pig population. In 2019, the Government formally allowed the use of multi-story buildings for livestock farming and just a year later Muyuan opened its doors. a macro complex in Nanyangwith twenty blocks of various plants capable of producing more than two million pigs each year. Little by little, China has been moving from a model in which pig farming was a common practice in homes (it still is in part of the country) to one based on commercial farms in which it is easier to manage waste and diseases such as swine fever. Why farms in skyscrapers? a few years ago The New York Times I was chatting with an expert of the US pork market that acknowledged that US farmers “look at photos of Chinese farms and just scratch their heads and say, ‘We would never dare do that.’” The truth is that buildings like those of Muyuan or the 26-story towers driven by Hubei Zhongxin Kaiwei Modern Farming in Ezhou have their advantages. This is what its promoters defend, at least, who present it as another step towards industrial agriculture. The same one that has also opted for the vertical farming farms. By thinking vertically, instead of the traditional horizontal model, they basically seek greater biosecurity and more efficient management. Why’s that? In the Ezhou skyscrapers, for example, they boast of incorporating thousands of automatic feeding points and a system capable of collecting, analyzing and using livestock feces. Not to mention that by betting on high-rise models, macro farms such as those in Muyuan, Zhongxin or Guangxi Yangxiang make it possible to address one of the sector’s biggest problems: the availability of land is limited, especially in populated areas. Of course, the tall model also has significant risks. The main one: that diseases spread more quickly through ventilation systems. Now, as Beijing tries stabilize the livestock herd China to avoid surpluses and prop up prices, the country is considering taking vertical macro farms beyond its borders. Images | China-Singapore Kaiwei Modern Animal Husbandry WeChat In Xataka | The new Spanish farmer no longer lives in the town: his name is John, he studied at Wharton and manages olive trees from New York

Mexico knows that the future lies in technological sovereignty and has already chosen its “Silicon Valley: Jalisco and Sonora

by

Mexico has undertaken the adventure of technological sovereignty. With her arrival to the presidency, Claudia Sheinbaum set the modest goal of “continuing to make Mexico the best country in the world.” To this end, he presented the ‘Mexico Plan‘, a roadmap to attract investment and develop industries such as biotechnology, electric cars or that of semiconductors. And the foundations for that ambitious chip manufacturing plan are already being built with a single idea in mind. Technological sovereignty. Kutsari. Silicon is extracted from sand and this is precisely what ‘kutsari’ means in Purépecha. It is also the name of Kutsari Project that seeks to stop importing a large part of the semiconductors that Mexico needs for the products it already manufactures. Puebla, Jalisco and Sonora are the three locations chosen to develop a plan that only pursues one objective: to stop being a country that assembles chips to become one that designs, manufactures and sells them. Jalisco moves. Since the project was announced, steps have been taken to get it started, and as we read in MillenniumJalisco has not wasted time. One of the poles of Kutsari will be the Cinvestav -Center for Research and Advanced Studies-. The reason is that it is the only institution in the country that has an agreement with Intel to generate integrated circuits in 16 nanometer lithography. Jalisco was already a semiconductor manufacturing point at the end of the last century and the Intel Design Center is located in the same area. That is why Jalisco has already been nicknamed the ‘Silicon Valley of Latin America’, a ‘hub’ in which different technology companies are settling, especially those dedicated to semiconductors, and which is bringing foreign investment. According to Pablo Lemusgovernor of Jalisco, if Mexico’s economy grew by 0.5%, due to that investment Jalisco’s grew by 4%. Sonora winks at the US. Another of the axes in this objective of technological sovereignty is Sonora. Recently, it signed an agreement to locate the Semiconductor Research and Development Center at the University of Sonora. Apart from being another thinking mind in the semiconductor strategy, Sonora has an advantage: the Mexico-US Trade Corridor, which seeks greater investment and regional connectivity. In the end, Sonora and Jalisco are taking steps in the same direction: investment, consolidation of already established infrastructures, construction of new buildings and strengthening agreements to attract talent. Goal: 2028. As they say, things in the palace move slowly, and currently both states are in a phase that we could classify as pre-production. They are preparing the ground in parallel, making advances in design, but also in talent and the ecosystem to create the chip production chain. Let’s remember the importance of having all this tied up (and the closer, the better), since it is one of the secrets behind the leadership of the Taiwanese TSMC. Once everything is ready, the manufacturing phase will begin, and in this sense, we also have to talk about the state of Puebla. In the municipality of Cholula will locate one of Mexico’s semiconductor production plants, one that will take advantage of all that knowledge developed by Jalisco and Sonora and that, it is expected, will begin producing chips by 2028 with an eye toward commercialization by 2029. Competence. It seems like a long time, but it is really a very short period to shape an industry as complex as semiconductors. But, obviously, you have to start somewhere and the latest advances in the Kutsari project show that Mexico remains determined to achieve a certain sovereignty in the chip segment. Now, we will see how far Mexico’s aspirations go and if its production is sufficient to satisfy the global market or it has to “settle” for the domestic market. The reason is that the component crisis of 2020 and the current RAM crisis It is teaching us something: you cannot depend on one country or a handful of companies. And there, Vietnam, India and China are strengthening for break technological hegemony which is currently in the hands of a few. This implies greater competition, but if Mexico’s plans go well, it also represents an opportunity that should not be missed. Image | ASML (edited) In Xataka | There is a global race to gain hegemony of critical minerals. And Mexico has just taken a key step

The special effects of 2025 are worse than those of 2010. And part of the blame lies with us viewers

by

When James Cameron released ‘Avatar’ in 2009, the film industry contemplated what seemed the future of visual effects. The film set a technical standard that, paradoxically, today’s cinema not only has not surpassed, but often does not even reach. The problem is not technological: software tools have advanced exponentially since then. But the industry has evolved in a way that everything looks worse than before. The sooner, the better. It is not necessary to go to the undisputed peak of the digital image that represented Cameron’s movie. ‘Pirates of the Caribbean: Dead Man’s Chest’ featured Davy Jones and his beard of tentacles, one of the best live-action CGI integrations ever seen. ‘Interstellar’ featured the participation of astrophysicist Kip Thorne for their spatial sequences. It is enough to compare the photorealistic texture of Na’vi or Jones with the plasticized finishes of Marvel or DC to see that something fundamental has changed in the way of producing special effects. The common denominator in all of them was time. In this analysis about the visual effects crisisit is explained that the productions of that decade had post-production calendars that ranged between 18 and 24 months. ‘Avatar’ He had two full years for the effects phase. Its consequences have started from comparable times. The spectacular images in ‘Inception’ of the city folding in on itself, another milestone of the era, took months of planning. Luxuries that are practically unthinkable today. Increasingly. The problem is the quantity. The latest studies indicate that while a commercial film from 2010 contained approximately 600 shots with visual effects, current productions usually exceed 3,000 shots. This 400% increase has not been accompanied by proportional budgets or calendars. Quite the opposite: hasty effects, poorly worked compositions and a digital homogenization that detracts from the personality of the images. Tremendous expectations In your situation analysisTreehouse Detective explains the case of the prequel to ‘The Thing’, which in 2011 remade John Carpenter’s 1982 classic. The special effects team Studio ADI, led by Alec Gillis and Tom Woodruff Jr., built physical creatures with animatronics and prosthetics over several months of pre-production. After test screenings, Universal Pictures made a decision that Gillis would rate how devastating: Almost all practical work was replaced by CGI in post-production. Audiences expected to see digital effects in a science fiction horror film and considered practical effects “old-fashioned.” Paradigm shift. This case illustrates a profound cultural shift in expectations. During the 2010s, CGI went from being an exceptional tool for what was thought unattainable with practical effects to becoming the standard. The irony is that the greatness of films like ‘Alien’ or ‘Jurassic Park’ (where CGI was mixed with practical effects) was built precisely on the tangibility of their creatures. But the industry, and with it the audience, developed a dependence on digital finishing that is associated with prestige and quality, regardless of whether the final result can be improved with traditional effects. The economy of effects. The proliferation of streaming platforms has radically reconfigured the economics of special effects. Films produced directly for Netflix, Amazon Prime or Disney+ operate with significantly lower budgets than productions destined for cinemas, while the public maintains their visual expectations. This impossible equation has put pressure on the entire FX production chain. The era of auctions. The contract awarding system has evolved towards an auction model that prioritizes cost and speed over quality. The studios put projects into competition between multiple effects companies. The one who offers to complete the job in less time and for less money gets the contract. This process creates a competitive spiral in which small studios accept unsustainable conditions in the hope of maintaining their position in the market. Studies that close. It is a system that sometimes has extreme consequences. ‘Sonic the Hedgehog’ case: after the public’s rejection of the character’s original design, Paramount ordered a complete redesign. Moving Picture Company, the studio responsible for the effects, had to redo hundreds of shots without a deadline extension or significant additional budget. The studio closed its Vancouver headquarters shortly after, with multiple sources indicating that the project had contributed significantly to their financial problems. It is not an isolated case: Rhythm & Hues, winner of the Oscar for the effects of ‘Life of Pi’ in 2013, declared bankruptcy weeks before the awards ceremony. The company had agreed to complete the job at a loss to maintain its reputation, a pattern that media outlets such as VFX Voice have documented. Visual effects artists and technicians frequently operate in crunch to meet deadlines that were unfeasible from the beginning. The lower union rate In the visual effects sector, unlike other technical departments in film, it leaves these professionals without protection against abusive working conditions. The causes. The deterioration in the quality of the special effects does not respond to a single cause, but to pressures from two opposite directions. Movie studios have optimized their production structures to maximize profit margins, outsourcing visual effects work to companies competing in a wild race. The public has developed inflexible expectations about the omnipresence of CGI, rejecting alternatives. As technology advances, the time and money available to apply it decreases. Just compare budgets: ‘Avatar’ operated on a total budget of $237 million, of which a substantial portion was allocated specifically to technological development and visual effects over several years. Meanwhile, an MCU production distributes a similar budget among multiple items (salaries, marketing) while compressing post-production calendars to just six or eight months to meet immovable release dates, established years in advance. In Xataka | Either CGI designers get their act together or our televisions will continue to put their movies on the ropes

The future of energy lies in fusion, and China aims to light the first light bulb with the power of the Sun in 2030

by

When we think of the future energyit is easy for us to think about renewables. Much of Europe has a while running with renewables, China is an expanding power and even some states in the United States They are seeing its benefits. However, the future lies in nuclear power. But not because of fission, but for the fusion. And China has just taken a giant step in the forecasts of its BEST program with a single objective. Replicate the process that powers the Sun. China and the ultimate energy. Fusion and fission are nuclear reactions that release energy from the nucleus of the atom, and That’s where their similarities end.. Briefly, fission consists of breaking the nuclei of heavy atoms such as uranium to release energy. It is the process that we use in current nuclear power plantsand decades ago we managed to make it something stable. Fusion is the reverse process: it joins light atoms to generate energy. It is tremendously unstable and the heat generated is enormous, but the process generates a much higher amount of energy. Imitate that star power It is extremely complex, but we have been trying to replicate it for years for a very simple reason: it is estimated that it will offer almost unlimited energy and long-lasting waste-freesomething against which nuclear fission can’t compete. China is one of the countries that is pushing the development of nuclear fusion plants the most, so much so that it intends to put the first plant into operation a decade before its competitors. EAST. It stands for ‘Experimental Advanced Superconducting Tokamak’, an experimental program that China has been developing since 2006 to test the viability of commercial fusion energy. After setting some records for temperature and operating time, in 2021 achieved continuous plasma operation for 17 minutes in which the core operated at 70 million degrees Celsius. They are five times the sun temperature and, although temperatures of up to 160 million degrees were previously achieved for 20 seconds, the ideal is to maintain a very high temperature for as long as possible. Steps have continued to be taken and researchers recently discovered that the reactor could work at 165% of its maximum theoretical capacity without suffering disruptions. To contextualize, it is as if we have an engine designed to go at 200 km/h, but we discover that we can drive at 330 km/h constantly without it overheating. In short: China is taking steps to control the enormous challenge represented by the magnetic confinement of plasma. BEST. The ‘Burning Plasma Experimental Superconducting Tokamak’, for its part, is the spearhead of its nuclear fusion program. If EAST is the proof of concept, BEST is the demonstration of feasibility. The EAST steps are those that will be replicated in BEST, a reactor built on a larger scale that will operate for a shorter period of time in a sustained manner, but under conditions of greater energy gain. Goal: 2030. China began construction of the BEST in 2023 and hopes to complete it by 2027 to begin testing with plasma. If it goes well, the CFETR reactor will be the one that pours fusion energy into the grid. In a statement published by the state media Xinhuawe see that the intention is to generate electricity by 2030 and start do it commercially by 2035. If the goal is reached, China will be the first country that will be able to commercially emulate the power of the Sun to light the “first nuclear fusion light bulb” in history. Although, of course, the United States and Massachusetts They also say that they will be the first. They are not the only ones. If they reach the goal, it will be a fundamental step in achieving new generation energy, and they want to reach that future a decade before the rest of the countries, or so China suggests. In this race for nuclear fusion, the BEST is expected to begin operating commercially between 2030 and 2035. Meanwhile, in France there is the ITER. With 24,000 million euros in budgetis the most expensive international program in history, only surpassed by the Apollo Programthe International Space Stationhe Manhattan Project or the GPS system. It aims to be very powerful, but has constant delaysa budget that has overflowed and an operational date that has not been fulfilled. In the United States, a private startup is building SPARCmuch smaller than ITER, but more profitable. United Kingdom has the STEPJapan JT-60SA and Russia the T-15MD Hybrid. Talking about dates is complicated, since there were tests that were expected to be obtained in 2025 and were not achieved… and there is talk of between 2040 and 2060 for the commercial viability of this energy “from the stars”, although the calendars have been readjusted. China has turned new generation energy in a matter of stateand we will see if they meet their goal of starting production in 2030. And, although it seems that we have to put the artificial intelligence even in the soup, the enormous energy needs of this technology are encouraging advances in nuclear fusion. The joke that nuclear fusion energy always has 30 years to go may have come to an end. Images | Oak Ridge National LaboratoryNASA In Xataka | Europe is looking for where to put its first nuclear fusion reactor. And Spain is one of the best candidates

The answer lies in what happened yesterday afternoon.

by

The normality of a Sunday marked by strong wind in the Canary Islands was abruptly broken at 12:13 p.m. At that moment, the clocks stopped and the screens went off throughout La Gomera. According to official sourcesthe island suffered a total “zero energy” that left 15,610 medium and low voltage points without supply. It was not just a question of lighting: the fall of the system took telecommunications with it, leaving a large part of the population without mobile coverage and plunging businesses into chaos as the dataphones became inoperative, as reported by testimonies collected by The Newspaper. The question iinevitable: again? The technical cause points again to the energetic heart of the island. As explained by Radio Televisión Canaria (RTVC)the origin was a “destabilization of one of the generators” located at the El Palmar thermal power plant. This initial failure caused what is known in electrical engineering as a load shedding or cascade effect. For safety reasons, the instability of that first piece of equipment caused the rest of the generators to fail, resulting in a general power outage. Although the Endesa company has communicated that the exact causes are under investigation, the president of the Cabildo, Casimiro Curbelo, has been more blunt pointing out the age of the infrastructure: “One of the equipment failed, possibly because its engine is old, and that caused the entire unit to destabilize.” A recovery in record time. Unlike the traumatic blackout of July 2023, which kept the island in the dark for three days and resulted in a penalty of 12.1 million euros for Endesa, the response on this occasion has been noticeably more agile. The technicians managed to reverse the situation from “zero” in just 17 minutes. The recovery was, however, “gradual.” As explained in ElDiario.esthe Minister of Ecological Transition and Energy, Mariano Hernández Zapata, warned that the process had to be slow to prevent the system from collapsing again when receiving the entire load at once. At 3:25 p.m., approximately three hours after the start of the incident, the Cabildo confirmed the restoration 100% of the service, although maintaining alert for possible “micro-cuts” of adjustment and maintenance. The technical feat that did not arrive in time. This new incident reveals a critical technological reality: the extreme vulnerability of “isolated systems”. The definitive solution is already under water, although with a bittersweet taste due to the deadlines. As detailed by Red Eléctrica de España (REE) In its planning, the ship Enterprise Cable In August 2025, the laying of what is the deepest tripolar AC cable on the planet began, descending to 1,145 meters on the seabed. This 36 kilometer engineering work, which will connect the substations of Chío (Tenerife) and El Palmar (La Gomera), is the 66kV “umbilical cord” that will allow: End isolation: La Gomera will be able to receive up to 50 MVA of energy from Tenerife in case of failure. Integrate renewables: It will make it easier for the island to advance its decarbonization goals by being able to pour clean energy into the grid. Robustness of the system: We move from a single, dependent generation model to an interconnected network model. But the irony tells itself. According to the official REE schedule, the completion of the interconnection was scheduled for the end of 2025. However, at the start of 2026, the Gomeros They have verified again thatwhile the last connections are not completed and the infrastructure comes into operation—predictably in this first quarter—, its electrical security continues to depend on a plant whose material fatigue is no longer a secret. An island on alert. Although the light has returned to homes, the feeling of uncertainty persists. The president of the Canary Islands, Fernando Clavijo, and the minister Sara Aagesen have maintained permanent contact to monitor the situation, aware that the island’s image is damaged with each blackout. La Gomera has shown to have learned its lesson in terms of emergency protocols and speed of response, but the infrastructure is still at its limit. All eyes are now on that submarine cable that, according to Casimiro Curbelois the only real guarantee that an old engine will not silence the life of an entire island again. Image | freepik and Tony Hisgett Xataka | 99% of the internet travels through submarine cables. Now there is a much more ambitious plan underway: linking the electrical grid

Everyone blames the manufacturers for the lack of memory. Micron says real bottleneck lies elsewhere

by

For months, memory shortage It has established itself in the technological debate as one of those phenomena that do not seem to need too many explanations. If RAM is missing and prices risethe immediate conclusion is that someone is privileging AI and leaving the consumer aside. That idea has resonated strongly, especially after visible decisions that have affected the domestic channel and have reinforced the feeling of abandonment. But when you get down to how memory is manufactured and kept stable today, the diagnosis becomes less obvious: the bottleneck doesn’t seem as obvious as it seems. A controversial decision. In this climate of widespread suspicion, Micron has become a preferred target, shared with other large manufacturers, but for a very specific and recent decision: the announcement of the end of Crucial consumer products. The company recently announced that will stop selling RAM memory and storage under that historic brand, with shipments expected through February 2026. For many users, that move was interpreted as a direct consumer recall just when memory is short. Micron justified that decision by noting that AI-driven growth in data centers has skyrocketed demand and that Crucial’s exit seeks to improve supply and support to its strategic customers in higher-growth segments. The market has changed size. From Micron’s perspective, the problem is not a renunciation of consumption, but an abrupt change in the scale of the market. Christopher Moore, vice president of marketing for the client and mobile business, He said in an interview with Wccftech that the company continues to have a relevant presence in PCs and mobile devices, while serving data centers. What has altered the balance is the growth of the data center business, driven by AI, which has gone from representing around 30% of the market to approaching, according to its figures, 50% or even 60%. That leap, he defends, has left the entire industry without sufficient margin. Variety also creates scarcity. For Micron, the bottleneck is not so much the lack of factories as how the existing ones are used. Moore explains that producing memory is not about making a single type of chip seamlessly, but rather about switching between multiple densities and configurations depending on what customers ask for. Each change, for example going from 12 GB to 16 GB modules or from 16 GB to 24 GB, forces lines to be readjusted and reduces the total output volume. In a context of skyrocketing demand, this variety, which was previously acceptable, becomes a direct brake on production. Micron’s new Idaho factory under construction Faced with the temptation to think that new factories will solve the problem, the manufacturer asks for patience. Moore explains that expanding memory capacity is not an immediate process, because it requires not only building facilities, but equipping them, validating them and certifying each product with customers. The company laid the first stone three years ago in its ID1 plant in IdahoUnited States, whose entry into operation is scheduled for mid-2027. Even so, it warns that there will be no significant impact on supply until the entire qualification process is complete, which it places in 2028. Crucial is gone, the channel is not. Moore assures that, although Crucial has disappeared from the consumer showcase, the company continues to provide memory to major PC and mobile device brands through channels less visible to the end user. This OEM channel, in which Micron supplies memory directly to integrators and manufacturers, concentrates a very relevant part of the market and ends up being incorporated into commercial designs and equipment. From their point of view, the consumer continues to receive Micron memory, even if it no longer does so under a recognizable label. With this panorama, the lack of memory ceases to be a problem of isolated decisions and is revealed as the result of several overlapping tensions. AI-driven demand for data centers that has changed the scale of the market, operational limits on production and long lead times to expand capacity explain why supply will remain tight for years. Micron places the relief horizon no earlier than 2028 and, until then, the consumer will live with fewer options and pressured prices. The bottleneck, the company insists, is not only in who buys the memory, but in how it is manufactured. Images | Micron In Xataka | The situation with RAM prices is so desperate that there are already those who build their own memory at home

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.