The US opted to veto the advanced chips of AI in China. The shot has come absolutely for the cylinder head

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In September 2022 the United States intensified its commercial war with China with a singular measure: prohibited export of advanced chips from AI to the Asian giant. That decision was aimed at protecting the innovation capacity of the United States and incidentally Zancadilla to China. Or try, because the truth is that the play has been a real pifia. Nvidia is suffering the consequences. The CEO of Nvidia, Jensen Huang, gave a talk in Computex in which critical strongly that measure and all that followed it. “Four years ago, Nvidia had 95% market share in China. Today is only 50%. The rest is Chinese technology. They have a lot of local technology they would use if they did not have Nvidia.” The veto has caused the opposite effect. Huang continued to say that those measures They have caused just the opposite that was intended. Instead of leaving China back in the field of technological innovation, they have awakened it. “Export controls have provided them with the spirit (to innovate), and government support has accelerated its development. Our competition is intense in China. “ The H20 chip has been a ruin for Nvidia. The last of the examples of this disaster we have In the H20 chipa “trimmed” and less capable version of its most advanced chips that was developed precisely for the Chinese market. Although During all 2024 Nvidia was allowed to export that chip to China, in April the US government prohibited these sales. That caused some losses of 5.5 billion dollars In Nvidia, a hard blow from which they now try to recover with A new version that Not even It will be based on Hopper architecture. USA should back. For Huang, the strategy is the wrong one: “If the US wants to stay ahead, we need to maximize and accelerate the diffusion (of our technology), not limit it.” The Government prepares the review of the “AI DIFFUSION RULE” issued by Biden in January 2025. This regulation further restricted exports to China of Hardware and AI software. CUDA, also threatened. The hardware is no longer the problem, but there is an important one with CUDA, the NVIDIA ecosystem that is absolute reference for solutions of IA software solutions. Huawei has an alternative called Cann, but there are several Western companies that also want to get rid of the domain of CUDA. Among them are Intel, Openai and of course, AMD, that in fact It has technically higher chips to those of Nvidia but that actually behave worse for having lower software. But China goes to yours. The striking thing about all this is that the US strategy has caused a spectacular effect in China, where the development of “very socialist” models It is now overwhelming – Deepseek R1 is the clear example. But they are also making surprising chips Like Huawei’s Ascend 910ccomparable to the almost mythical Nvidia H100. The thing does not end there: they are already preparing the deployment of The new ascend 910dwhich is supposed to even go further. Image | Nvidia | Dominic Kurniawan In Xataka | There is a great threat to the US if you send thousands of advanced chips from AI to the Middle East. That end in China

The digital attack that paralyzed a nuclear plant without bombs and without anyone seeing it

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More than a decade ago, the world discovered a new type of weapon. I had no eyes or soldiers. Only lines of code. It was called Stuxnet and was able to sabotage an Iranian nuclear complex without internet connection. A computer worm that destroyed centrifuging designed to enrich uranium. Without alerts. No explosions. Without anyone knowing, at first, what was happening. All that we tell in our New Xataka episode presentsAvailable in the Xataka YouTube channel. Our partner Jota García, who reconstructs step by step how an operation of this caliber is told. The story starts in Natanz, an underground installation, hidden under tons of concrete in full Iranian desert. “From the outside it seems not special (…) but underground, thousands of centrifuging work work in full performance,” he says. Who decided to act? And why wasn’t a direct military intervention chosen? Apparently, with Iraq’s precedent, that road was ruled out by the country that wanted to stop this Iranian project. The alternative was Develop malware With a concrete mission: destroy without being seen. “And if instead of attacking with soldiers, we attack a computer virus?” Jota says. The trick? Infiltrate a simple pendrive in a completely isolated network. Once inside, the worm camouflaged. I watched. I expected. And only if I found the right industrial controllers, I went to action. “He didn’t attack immediately. He moved silently, analyzing everything around him.” Thus he managed to sabotage about a thousand centrifugators without the technicians being able to explain what he was failing. But there was an error. Malware spread out of Iran and ended up arriving in the West. What happened then? Who discovered the code? And what did they find inside? In the video we review how an investigation of The New York Times connected Stuxnet with the NSA, the CIA and the Mossad. Also the clues that analysts found in malware. “Stuxnet exploded four 0-Day vulnerabilities at the same time. An irrefutable proof that there was not a group of normal hackers.” Since then, nothing has been the same. Stuxnet was the first great digital attack with physical consequences. “Stuxnet was the first notice. The first great warning that the next wars can be invisible. ” Today, security threats are still present. We see them in hospitals paralyzed by Ransomware, sabotaged pipelines, In bank malware that empties accounts. Even USB pendrives remain a real threat in many organizations. Did you know this story? To what extent do you think We are protected today? We invite you to give the play in our video and leave your comments. Images | Xataka In Xataka | This hacker began to collaborate with the secret service after being arrested. What nobody knew is that he kept stealing big

The designer company who marked an era in Cupertino will buy

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For years, Apple was synonymous with boldness. He made quick decisions, broke conventions and challenged the entire industry. Now Apple has become a Big Tech that moves much more caution, but some see an echo of that attitude today in OpenAi. Now, in a way, the firm of the led by Sam Altman is connecting even more to the roots of the Cupertino company. OpenAI He has just announced An agreement to acquire IO, the Startup of devices co -founded by Jony Ive, in an operation valued at almost 6.5 billion dollars. According to Bloombergthe agreement is completely structured in shares: 5,000 million dollars correspond to the purchase of 77 % of the company, and the rest comes from an earlier investment of 23 % that Openai made in 2024. A designer who scored an era in Apple. Jony Ive was not one more designer. He joined Apple in 1992 and, together with Steve Jobs, helped shape a generation of iconic products: the IMAC, the iPod, the iPhone, the iPad, the Apple Watch … even the controversy Magic Mouse with its load port at the bottom. His aesthetic vision defined Apple’s design language for decades. After leaving the company in 2019, IVE founded the Lovefrom creative study. And a year ago, IO with Scott Cannon, Evans Hankey and Tang Tan, three key figures in Apple’s products. The IO team brings together more than 50 experts in hardware, software and manufacturing processes, many of which have worked together for years. Now they will be integrated into Openai. OpenAi is thrown at the hardware with an ambitious vision. Until now, Openai has been a software -centered company. Chatgpt and its language models, such as GPT-4O, are virtual tools. Some of them have been made up of other companies in tangible products, such as Microsoft’s co -pilot, but OpenAi had not directly approached the creation of devices. That is about to change. According to a letter published by Altman And IVE on the official OpenAI website, the collaboration between both parties began two years ago, discreetly and motivated by “friendship, curiosity and shared values.” From those first conversations, ideas and prototypes arose that, little by little, took shape. The objective, they say, is to create a new family of products “that inspire, empower and train.” What can we expect now? Although concrete details have not been shared, the first device is expected to be the result of this union to see the light in 2026. In statements collected by Bloomberg, IVE has indicated that consumer technology has not been really new, and that people are looking exactly that. The IO team will continue to operate from its offices in Jackson Square (San Francisco), but already collaborates closely with Openai engineers and designers. Lovefrom, on the other hand, will assume new responsibilities in design and product experience for both software and future devices. A path with obstacles (and recent learning). Openai’s jump to hardware does not arrive in an empty context. In recent months, other IA -promoted devices projects have failed loudly, such as the Human Ai Pin or Rabbit R1. The operation must still be approved by regulators and will be completed foreseeably this summer. From there, the challenge begins: demonstrate that Openai can also mark a before and after in the hardware field. The wait will be worth it, “Altman told the aforementioned American media.” It’s an ambitious and crazy idea. “ Images | OpenAI (1, 2) | Apple | Colin Davis In Xataka | The latest Google event makes clear what the true future of accessories is: glasses connected with Android XR

In Peru, a company has had an idea to take wind energy directly to your home: turbines as a lay way

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Lego pieces have accompanied generations as a way to create without limits: blocks that are stacked on each other to form houses, cities, rockets, whatever the imagination allows. Over time, the designs became more sophisticated, with complex structures and realistic themes. But in essence, everything is still based on a simple idea: build, piece by piece. Now this idea must be extrapolated to another context as important as the generation of energy. In a world where taking advantage of every centimeter of space is vital – especially in cities – thinking of installing a wind turbine at home may seem crazy, but it is not so far from reality. A new design. A Peruvian startup, Eolic wall, has developed A new way of understanding wind energy, moving away from the traditional model of huge blades anchored in the landscape. Instead, they have created a system of modular, compact and stackable wind cells, with a square shape. Innovation. This technology has an aerodynamic design that allows speeding of the wind that crosses them, which allows to generate more electricity even with moderate breezes. Unlike traditional turbines, Eolic Wall rotor It is sustained by a peripheral ring that improves wind capture and allows a more compact design. Also, thanks to its modular design It can be stacked vertical or horizontally as construction pieces, adapting to the environment and energy demand. You can add more units over time. Willn’t there be such stuck problems from another? A common question is: “Willn’t several be saved from each other?” In traditional wind farms, turbulence between turbines reduce their performance if they are too together. However, Eolic Wall has solved this problem with an internal aerodynamic chamber, which protects the flow of the wind inside each cell. Thus interference is avoided and can be installed in places where it was unthinkable to put a turbine, such as buildings or urban courtyards. A unique peculiarity. The use of permanent strategically located magnets reduces almost zero the friction of the system. This not only improves performance, but also reduces wear and extends the life of the cells. In addition, by eliminating almost all friction thanks to its magnetic system, common maintenance and mechanical wear problems affect conventional wind turbines are faced. When will they be available? Although there is not yet an official mass launch date, Eolic Wall already It has been recognized by Forbes magazine as one of the best startups in Peru in 2024. It is currently developing pilots and Looking for alliances Strategic to climb your technology. Other systems. Eolic Wall is not alone in this tendency towards miniaturization and urbanization of wind energy. There are other interesting proposals, such as LTO TURBINA ARCHIMEDES (LIAM F1)which is committed to a helical design inspired by the Archimedes spiral to capture the wind from any direction. For its part, The turbines flowerknown for its aesthetic design in the form of a flower and its ability to function in proximity without losing efficiency. Self -consumption is no longer just solar. The future of energy self -consumption no longer depends solely on Fill the roofs of solar panels. Wind energy is gaining land in the urban environment, and proposals such as Eolic Wall are marking the way. Because maybe shortly, you can see Small stacked turbines as if they were Lego pieces. And we will not say it figuratively. Image | EOLIC WALL and Mathijs Dubbeldam Attribution-Nancommercial 2.0 Xataka | The University of Oxford has found reservations of an energy source for 170,000 years. And he has the recipe to exploit them

Glasses connected with Android XR

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Google wants we all wear glasses. Not to correct a defect of our view, but to turn this accessory into the definitive complement of our smartphone. The advance of Android XR shown during its Google I/O 2025 event, and a future is emerging in which the connected glasses will go far beyond what the headphones or smart watches have gone. Two better than one. The launch of Vision Pro Apple in February last year caused an inevitable “Wow” effect. Months later we discovered that Google and Samsung had Together forces for launch Project Moohanaugmented reality glasses with an approach similar to Apple’s. Now that bet has been unfoldedbecause we will also have Google connected glasses that follow the line of the Meta Ray-Ban and go even further by integrating a small screen into one of the glasses. Android XR to power. The new Google operating system for this family of devices is Android XRa Android variant specifically designed to run in augmented reality glasses and connected glasses such as those mentioned. The interface is based on gestures and especially in the voice, and there seems to be any type of viewing system for the moment, as it happens in the pro vision. Gemini as a differential element. Gemini’s advance, Google’s generative model, is patent. It has been possible for months to talk with Gemini naturally and with each new version those conversations become not only more natural, but more useful. The yesterday demos with Project Astra They demonstrated it, and convert the voice and natural language into a crucial component for the success of the glasses. Here Google seems to go one step ahead of its competitors, both Apple and Meta, at least with the functions of AI included at this time. Experience is a degree. What we are seeing now is the result of more than a decade of Google work. The firm already tried to convince us to wear glasses years ago with The singular Google Glassbut that did not curdle. The ideas were good, but the implementation not so much. They caused as much fascination as disgustperhaps due to a format and design that failed in the essential: for better and for worse it was noticed that you were a user of such glasses. With Android XR the design wants to be totally traditional, as it is in the Ray-Ban Meta. Glasses are more versatile. There is another element that favors glasses as a product: they promise more varied use cases. They replace the headphones thanks to the integrated speakers, and provide more things than smart watches, which focus much more on physical activity and health for years. The glasses are in fact a form of get the motive less out of the pocket When you go down the street, and probably the evolution of technology will make us more and more. Going to a site, sending messages, receiving calls, asking questions about something we are seeing: all that we can do in one way or another with the mobile we can do it more directly, naturally and better with the glasses. Or that is the promise, at least. Goal is in the fight. Google connected glasses will still take time to arrive, but those mentioned Meta Ray-Ban They are currently the great reference in this segment. Mark Zuckerberg firmly believes in this product, and in fact provides that In 2030 we will almost not get the mobile out of the pocket Because we will do everything from the glasses and with the voice. Other great Chinese technology companies as Xiaomi or Baidu They seem to be as clear. And Apple, what? The technological jump proposed by the Apple Vision Pro is remarkable, but the cases of practical use are limited and the price is an obstacle too important for many users. That has made its success limited, but In Apple they seem to have a plan B. It would be to develop an affordable alternative of the pro vision that perhaps adopts the format of the finish line: more modest in benefits, but also much more suitable for using as the almighty complement iPhone. More competition. Google and Google have the front here, but it is clear that other manufacturers, such as the aforementioned Xiaomi and Baidu, will join this market to try to take a piece of that cake. Yesterday we learned that one of the first to offer these glasses connected to Android XR It will be Xrealwhich has long been offering remarkable products in this area. The advantage of the ecosystem. Here the hardware imports, without a doubt, but also the operating system used and of course the functions of AI that allow to interact with this wearable through the voice. Here Google has an advantage again thanks to its ecosystem (Android XR + Gemini), but we will certainly see proposals from other manufacturers. If everything goes as it seems, it is likely that in a few years More people wear glasses down the street. And not because they have vision problems. In Xataka | Musk, Gates, Zuckerberg and Altman believe that our mobiles have the days counted. Tim cook doesn’t have it so clear

Is it healthy to eat an ice cream each and every day of summer? Science already has an answer

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In a balanced and varied diet it is not difficult to find a hole for occasional whim, a sweet dessert or a Snack from time to time. Now, finding balance is not always easy, even more so when we often receive news that they point out that foods like ice cream They are healthy, something that seems to contradict our most basic ideas about nutrition. So is this true? How often can I eat ice cream? First, bad news: no, eating ice cream is not especially healthy. As with the consumption of certain alcoholic beverages such as wine, the fact that some study finds positive properties in any of its converters, does not necessarily imply that a food will be healthy. Here it is important to address several issues issues. The first is that there may be other components that cancel the positive effect detected. In the example of wine, its alcohol content tends to counteract the impact of compounds such as polyphenols. A key question to ask ourselves here is if we can obtain the beneficial compounds of a source that does not contain the harmful compounds. It is also relevant to attend to what aspect of health a certain study refers. Analysis can be carried out focused on A specific aspect of healthsuch as the incidence of cardiovascular diseases, diabetes or cancer. It is therefore important to understand that what can be good for one aspect of our health may not be so much for another. Interpreting the results of a study is important, but sometimes the methodology can also give us important clues when making this interpretation. An example we have In an article for The conversation Written by Duane Melor, expert in Medicine and Nutrition of Birmingham Aston University. Although it is an interesting result, some factors must be taken into account, the first, the fact that ice cream represents a small element of the diet and that sometimes other variables can play a bad pass. Melor In a doctoral thesis published in 2018 and focused on the heart effects of dairy products. The thesis, the expert indicates, included a study in which it was observed that, among the study population (composed of people with type 2 diabetes), those who consumed ice cream no more than twice a week showed a 12% lower risk of suffering from cardiovascular diseases, compared to those who did not consume this sweet. Although it is an interesting result, some factors must be taken into account, the first, the fact that ice cream represents a small element of the diet and that sometimes other variables can play a bad pass. “It is important to note that this bond between ice cream and heart disease only becomes apparent when other aspects of people’s health are taken into account, including how healthily they ate,” MELLOR EXPLAIN IN YOUR ARTICLE. “This suggests that eating A generally healthy diet It is possibly more important when reducing the risk of cardiovascular disease in people with type 2 diabetes, compared to eating ice cream. ” Establishing causal relationships in observational studies such as this is difficult and mellor gives us an example of why. A person with problems prior to the study may decide to stop consuming ice cream to improve their diet. This implies that this person will be seen for the purpose of the study as a person with a worse level of health despite leading a seemingly healthier life. If there is a marked trend, that is, if there are numerous cases like this, the results of the study may present biases. Practice and theory Ice cream are usually high caloric food in sugar and in fat. This, as we point out at the beginning, can fit perfectly into a balanced diet, but it does not mean that a food is healthy. He sugar consumption It has been linked to very different problems that cover from oral health to an increased risk of cancer, also through diabetes. Fats and excess calories can also facilitate the appearance of overweight or obesity. While this is not a health problem in itself, it is a risk factor in the appearance of diseases and disorders, including cardiovascular diseases. There are also studies that point in this direction, some of them cited by Melor in their piece. A study Made by an Italian researchers team and published in 2019 in the magazine Nutrientsdetected that greater ice cream consumption was linked to the appearance Non -alcoholic fatty liver diseasesomething that is not exclusive to this food, but we must also take into account when making our nutritional decisions. We explained before something that we must take into account is whether we can find healthier alternatives. Part of The benefits that can give us ice cream come from milk, thanks to elements Like calcium either The probiotics. That is, non -sugary yogurt (or less sugary), cheese, or milk can give us some of these nutrients, turning them into alternatives that may perhaps fit more into a daily diet. So how much can I eat ice cream? There is no clear response, it depends on factors such as the type of ice cream we are consuming (the nutrients that each type of ice cream provides can vary) and the size of the ration, our diet and countless factors such as our weight or our state of health. If we wanted Consume ice cream every day We should make sure first to have A varied diet (and healthy lifestyle habits), consume reduced amounts and eliminate other added sources. And still nothing guarantees that this cannot lead to other problems such as the aforementioned fatty liver disease. In Xataka | We have been studying chocolate and tea compounds for more than 75 years. Now we know that they help control blood pressure Image | Lukas

Crews of less than 1.63 m need help with suitcases

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The Supreme Court has issued a sentence in which Iberia is imposed on the adoption of special measures for cabin crews that operate the Airbus A350 that the company incorporated in 2018. According to The published by Five dayscabin trunk have a swinging system that rises over the heads of passengers at a height greater than 1.80 meters. That makes lower stature cabin staff not always closing them correctly. The high court has made it clear: they need help. A height problem on board. The origin of the problem is the compartment closure system in which passengers keep their cabin luggage. For this model, Airbus designed a swinging system in which, instead of closing with a gate as usual, it forces cabin staff to lift each section of the trunk anchoring on the ceiling of the aircraft. As stated in the sentence, the problem is that these compartments are anchored at a height of between 1.81 and 2.20 meters and support a load of about 45 kilos, which “harms the health of the workers” by having to raise their weight above their shoulders. This peculiarity of the A350 adds to the fact of having to make the cabin crew that measure less than 1.63 meters do not close them from the hall “with the body inclined on the passenger seats to be able to close them.” Shared effort. The sentence of the High Court amparo to this case by imposing on Iberia “to establish organizational measures of mandatory compliance for workers with surcharge function when distributing the work in the aircraft that guarantee that the closure of the trunk with the highest ergonomic risk evaluated is carried out by two workers or subsidiarily well by two workers either by a worker with adequate stature.” For those employees who measure less than 1.63 meters, the Court contemplates “that they are helped by another worker for the louder trunk or those who carry a greater weight indicating that they must have the help of a higher -height partner to close these trunk before each flight.” In addition, to establish a work exception for the cabin crew that operates in these aircraft, the sentence forces the airline to provide uniforms made with more flexible tissues that allow the crew greater ergonomics in their movements given the difficulty when manipulating the holders. The problem is not new. The design problem of the A350s and the labor risk regulations of the cabin staff is not new. In 2022, the Iberia Company Committee presented A demand that put the focus on the control of the weight of the hand luggage that was later housed in those compartments that should be pulse elevated by the cabin crew. In that sentence, the Social Court of the National Court has already recognized that it was necessary to re -evaluate the ergonomic risk for the workers that the new work equipment (the aircraft) supposed. In that litigation, the Spanish airline recognized a “moderate” postural risk. Now, the Supreme Court confirms that sentence and forces Iberia to “adopt a technical solution to the design defect.” The touch of attention of justice. From the Supreme Court, they warn the air operator about the obligation of compliance with the sentence, since Iberia’s appeal was “inadmissibly ambiguous” arguing that “it has already complied with it”, while the plaintiffs deny that some measure has been taken to solve the problem of the trunk. The Supreme Court rejects that Iberia’s response is limited “to be replaced by a simple documentary reference to the responsibility of billing and shipment personnel” to control the weight of the luggage, and points out that this is “only a first step in preventive activity, but not its definitive conclusion” claiming “the total compliance with the ordered in the sentence.” In Xataka | The entrails of the Airbus A350-900: the injured plane in Japan and from which its 379 passengers came out alive Image | Iberia

Opinions, first contact and photos

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We can discuss whether it is the electric car is the one that would buy me if I could only choose one for my house. We can discuss whether the electric car is a good option to travel. We can discuss whether the small battery electric car is sufficient for the common of mortals. I can give reasons for and against the electric car for all the previous situations. But there is a type of driver or a type of car, as you prefer, in which eThe electric car is perfect: The purely urban car. I do not admit discussion here. As a second exclusively urban car, as a car to never get out of the city and its surroundings, as a car to move between traffic jams and take children to school, there is nothing like an electric car. And Byd has the car of the moment. Dolphin Surf Byd Technical Card Byd Dolphin Surf Body type. Four -seater urban vehicle Measures and weight. 3,990 meters long, 1,590 meters wide, 1,720 meters high and 2,500 meters of wheelbase. Between 1,294 and 1,390 kg. TRUNK. 308 liters. Folding seats 50:50. Maximum power. 115 kW (156 hp) WLTP consumption. Between 13.41 kWh/100 km and 13.93 kWh/100 km in combined cycle. Autonomy: Byd Dolphin Surf Active: 220 kilometers Byd Dolphin Surf Boost: 322 kilometers Byd Dolphin Surfort: 310 kilometers Environmental Distinctive. Zero emissions Driving aids (ADAS). Automatic emergency braking, intelligent speed limits information, vehicle detection at the dead angle, intelligent cruise control, LED lighting, 360º parking chamber, rear parking sensors OTHERS. Own software with spotify application included, wireless mobile phone load. Compatibility with Android Auto and Apple CarPlay wireless. Electric hybrid. No. Plug -in hybrid. No. electric Yeah. Byd Dolphin Surf Active: 30 kWh battery and 85 kW of power Byd Dolphin Surf Boost: 42.3 kWh battery and 85 kW of power Byd Dolphin Surfort: 42.3 kWh battery and 115 kW of power price and launch Already available before aid: Byd Dolphin Surf Active: 19,990 euros Byd Dolphin Surf Boost: 23,990 euros Byd Dolphin Surfort: 26,490 euros The best in yours There was an enormous expectation before knowing first hand this Byd Dolphin Surf. It is, in fact, one of the models that have generated more information in recent months to the point of sharing prominence (by volume of news generated) with the Renault 5 or the Xiaomi cars. And there was a reason: the Seagull Byd is an electric car that outside our country has already sold One million units. The recipe is simple and basic. As simple as taking a lfp battery of contained capacity, putting a wheel in each corner of the chassis and putting on the street one of the cheapest electric cars on the market. So cheap that, to direct change, The Chinese price seems ridiculous. To Spain, obviously, it could not arrive with a price of less than 10,000 euros. In the jump to Europe, the Seagull Byd has changed its name to adopt that of Byd Dolphin Surf. He has gained size because he grows up to 3.99 meters (in China it measures just over 3.75 meters) but, above all, he has taken the aforementioned recipe and has executed it perfectly. The Dolphin Surf Byd is an urban and electric car that, in the absence of a long test, First it seems almost perfect. Broken the four meters and its 2.50 meters of battle leave a very good interior space for four adults without overwhelms. It measures 1.59 meters wide but does not feel as narrow as a Hyundai insertthat surpasses him in a couple of centimeters in this section. The 308 liters of trunk (to the roof) are more than enough for day to day. But it is inside where Byd puts everything on his part to play what no one has played: a small and cheap electric car that does not feel … cheap. Padded at the door and in the central glove compartment, padded for the rear doors, broad, comfortable, electric and, why not, heated in their upper range. The steering wheel has some well -executed buttons and easy to understand. In front, a seven -inch screen that performs the functions of instrument frame. The graphics have been updated to the screen in the face of what we have seen in other company models and the result is very good. The plant is 10.1 inches. I do not ask for more size but the menus should be rethink. They are still, those of Byd, a little cumbersome to find according to what functions. Here it is added that the direct accesses of the lower part of the screen are too small and it costs to squeeze them in motion without distracting us more from the account. Yes, the screen revolves as in most byd models Below, physical controls work as in the older brother, the Dolphin Byd (which has no second last name). That is, it slides up or down. An original solution but that generates some discomfort when putting the four flashing or selecting the transmission march. First because the button Warning It should be a piece that we can press a single touch, quickly. And this is worth the Dolphin Surf and for all those cars that play to hide The button on the roof of the car or They make it a touch surface. And, second, because the physical buttons of this Byd electric are so small that if I have to slide up or down the button I do not always grab the command well, which can be uncomfortable when maneuvering as quickly as possible. The car is sold with two batteries and two mechanics. The most modest version has a battery of just 30 kWh and a 65 kW (87CV) engine. The largest battery model, 43.2 kWh, is sold with the same engine or with a 115 kW (156 hp) range. In our case we have tried the top of the range that, for my liking, … Read more

Several newspapers published their 15 favorite books for this summer. 10 of them had invented the AI

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Summer approaches, and with it, the inevitable recommendations of the best books, series and films with which to invest our time. Lists that we understand that they are elaborated by experts in this type of suggestions, although it is not always so. In fact, they are sometimes elaborated by artificial intelligences. And sometimes, the results are as disastrous as delusions. It has been AI. This is what the ‘Chicago Sun-Times’ readers have found (and many other newspapers in the United States with that union content) in the supplement ‘The best of summer’, published last weekend. In it, an article with fifteen book recommendations for heat months: ten of them are false, although curiously, their authors are authentic. The person in charge, Marco Buscaglia, recognizes 404 average that has used AI To elaborate it: “Sometimes I use AI as support, but I always check the material first. This time I did not do it and I cannot believe that it would happen to me because it is very obvious. There are no excuses. The fault is mine one hundred percent and I am completely embarrassed.” A couple of examples. Among the most striking books recommended by the list is ‘Tidewater Dreams’ by Isabel Allende, who significantly has just published a book, ‘My name is Emilia del Valle’. The article also recommends the new Andy Weir, author of ‘The Martian’ who titled ‘The Last Algorithm’. It is interesting because the description made of the previous work of the authors is correct, and the synopsis that invents could be true. But they are not. The list of authors continues with people like percival Everett, Ray Bradbury or Jess Walter. Confusion to many levels. According to They have investigated in 404 averageGoogle’s AI gives as authentic that same false book of Isabel Allende (although at this time, the search for ‘tidewater Dreams’ throws, above all, results that report on the Chicago fiasco of Chicago Sun-Times). It’s about a significant fact: it has not transcended what the article elaborated with the article, but as It is increasingly patentthe search for documentation and reliable data between these systems that are feedback begins to be a real mines field. Multiple hallucinations. This is one of the first times in which these problems with the veracity of the results of the AI ​​transcend into the physical world. But Internet users have been suffering from it for a long time: a Reddit comment 11 years ago has traveled to the present, and Google’s AI recommended in a recipe Use pizza cheese glue. Before that, in 2023, Google’s primitive AI I dropped Alphabet for your incorrect answers. The stories are multiple, especially in Google searches (we do not enter the “hallucinations” of chatgpt): Present as real a story of the Day of the Innocents to Invent meaning for invented phrases. Read a lot, read anything. Under what is still a concatenation of capital errors and lack of professionalism not only at the level of the editor, but also to that of the Many intermediate stages that must approve that list, throbb another circumstance. Reading has soaked from cultural exhibitionism that we continue with movies, series or video games. It is no longer about reading what we want, but to mark the greatest amount of boxes on the list of “what you have to read” what We are commissioned by the Booktokers on duty. Reading is cool, even if the book is a lie. The phenomenon of Fomented Reading Clubs by Dua LipaSarah Jessica Parker or Reese Whitherspoon are the best proof that books are no longer a library mice. Reading is cool and sexy againbut it is not enough to experience it: you have to prove it. Like the Marvel movies or the fashion series this week, Read has become the topic of conversation of the momentand that generates monsters like this invented list: there are plenty of books because the SATURY INDUSTRY. But in case with that we fell short, we invented more books. Header | Marcel Strauß in Unspash

Japan cannot afford your most valuable company in the chips industry. And is mired in debts

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JSR Corporation is a company extraordinarily valuable for Japanalthough not in a strictly economic sense. And this company constitutes with Tokyo Electron, RapidusCanon and Nikon The spearhead of the Japanese chips industry. Japan needs them. It necessarily needs these companies to be competitive if you want to recover the relevance that it had decades ago in the already flourishing semiconductor industry. At the end of the 80s Japan dominated the integrated circuit industry With an overwhelming forcefulness. Nec, Toshiba, Hitachi, Fujitsu, Mitsubishi, Matsushita and other Japanese companies monopolized in 1988 no less than 50% of the chip industry. However, today none of these companies is positioned among the leaders of a sector dominated with iron fist by Taiwanese, American, Dutch, South Korean and German companies. Despite its world leadership JSR Corporation is spending trouble This company has something that the other companies that I have mentioned in the first paragraph of this article lack: it holds the monopoly of a crucial sector of the chips industry. This is actually what makes it so valuable to Japan beyond its economic results. And it is that JSR specializes in the production of photorers. Photolithography teams that Design and produce ASML They are responsible, very broadly, to transfer the geometric pattern described by the mask with a lot of precision to the surface of the silicon wafer. In this area we can observe the pattern as the “drawing” that delimits the distribution of transistors, connections and other elements that make up an integrated circuit. However, before reaching this important step it is necessary A process known as deposition. Equipment manufactured by Tokyo Electron either Apply materials. Its purpose is to prepare silicon wafers for the transfer of the geometric pattern by depositing a fine material of material on them. During the last two decades all companies specialized in the production of photorestoning materials have been Japanese Depending on the type of chip that is being manufactured it will be necessary to use one material or another. One of the most used deposition techniques is known as oxidation, and consists of taking advantage of the silicon’s ability to form a fine oxide layer when reacting with water. Its purpose is to protect transistors and other components of external pollution chips. However, before carrying out the transfer of the geometric pattern to the wafer using a lithography equipment it is necessary to pour a liquid capable of absorbing the light and preserving the pattern. This is the function of the photorersista fluid. During the last two decades all companies specialized in the production of photorers have been Japanese. In fact, Japan since then has the monopoly of this market, which It is currently led by JSR Corporation. This company supplies its photorestoning liquids to most semiconductor manufacturers with which we are familiar, such as TSMC, Intel, Samsung, SK Hynix, Micron Technology or Texas Instruments, among many others. The surprising thing is that despite the domain it exerts on the market of photorers, JSR is not going well. In 2024 the investment company Japan Investment Corp. bought it for 6,000 million dollars with the purpose of consolidating its growth, but has closed the last fiscal year in March 2025 with losses of 1,450 million dollars. This bad result has had consequences. The company’s board of directors has been completely replaced as the most responsible for an economic result that is not at all in line with the position that this company holds in the market. However, analysts say that the problem does not reside in the photorriving business; JSR’s bad economic results have been triggered by their subsidiary specialized in The development and manufacture of biopharmaceutical and medical diagnosis products. The new directive dome plans to sell a part of this division to the Japanese company Tokuyama Corp. for approximately 570 million dollars with the purpose of cleaning up its accounts. We will see what happens, but what does not admit discussion is that JSR has a leading role in Japan ambitions linked to the semiconductor industry. More information | Reuters In Xataka | Japan has taken the carrier to dominate the chips industry. Prepare a 325,000 million dollar plan

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