hands

Adif has in his hands the great “obrón” of Valencia. Now it also has a gas leak and desperate neighbors

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With two years behind him and others three years projected aheadValencia is living one of his great works in the surroundings of its central parc, next to the Joaquín Sorolla station to convert the most important mobility node in the city. It is, in words that They are read on the project website“The project of greatest urban impact in the city.” The reforms are large and very draft. Form summarya New high -speed rail access To connect Madrid-Valencia with the Mediterranean corridor, both north and south of the city. The conventional and high -speed rail lines are buried (up to 9 kilometers of tunnels are created) and will result in a new central station that maintains the exterior facade but that changes completely inside, becoming a large intermodal step of high -speed trains, conventional lines, subway and bus. There will also be space to reform the lines dedicated to merchandise transport. In numbers, Valencia hopes to recover with the work a total of 230,000 square meters, largely dedicated to green areas and to join the adjoining neighborhoods, now separated by the train tracks. It is estimated that only the rail transformation will cost 665 million eurosassuming Adif and Renfe more than 50% of the cost of it. The work is currently in one of its phases with more activity. The known as “Playa de Roads”, the enormous space used by trains that reach the station and that right now is the great border that separates both sides from the work, will begin to be buried from the excavation of a tunnel of 1.2 kilometers long. This new stage, however, has arrived with an unpleasant surprise. A gas leak and various problems Two years after the works began, the neighbors are beginning to suffer the consequences of them. Beyond the usual inconveniences of this type of projects, the alarm jumped when the Excavations Adif caused a gas leak located on Olta Street, perpendicular to the García Lorca boulevard. The leak has been “controlled” and has been because during the excavations a gas pipe has been damaged to the point that has been drilled. Adif sources have explained to the newspaper Levant that there has been no risk for people and that the emergency protocol has been activated, with immediate notice to firefighters, police and emergencies. During the day of the incident He has worked to restore the service and forced to confine a community of neighbors adjacent to the works for security. However, the gas leak is “the drop that has filled the glass”, in the words of the neighbors who They have offered their testimonies to the local newspaper. They ensure that in addition to the transfer of vehicles and the impossibility of opening sales because “the land house” is filled with activities, the inconvenience is being recurring. Those affected that the cuts of light and water are usual but that, in addition, some homes have crazy. The latter is a serious problem and Valencian works are not the first that cause cracking problems in homes as a result of excavations. In Madrid, for example, the residents of the A-5 They know the cuts of light and water well as a consequence of the underground of the road but in San Fernando de Henares, next to the capital, The neighbors have denounced years ago That the expansion works of the Metro line are cracking their homes. To the point that 73 homes have been demolished and another 600 have presented cracks and serious structural problems. Photo | Valencia Central Park In Xataka | Madrid faces a capital challenge with the underground of the A-5: living with a hell in the face of the promise of future success

The Bakery of Madrid that has gone from the hands of the bread

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In Spain there are More than 10,000 companies Dedicated to elaborate bread, a long, very long business list in which different profiles and approaches are included. In that wide martemágnum of flour, yeast and cereals (and despite the fact that the sector has been betting for some time The specialization) It is likely that there is no business like the one just riding in Chamberí Fabián Leónfinalist of ‘masterchef’ and Foodie. At least if we talk about the theory. After all, he presumes, having created “the bakery of the future” (aka Fu.ba). The initiative is interesting because it tells us about something much broader: a trend that bets on re (re) gastronomic invention, the spectacularization of food, the story and the rethinking of concepts apparently as basic as the bread bar. All this accompanied by generous prices. “We bake future”. Fu.ba is a bakery newly opened In the Chamberí area, Madrid, although anyone who reads His manifesto (Yes, he has manifest) He probably feels that the business is dedicated to anything but baking bars, cakes, hagazas and cookies. “In a world of ultra -processed, we chose the real. Mother. Drops limited. Ingredients that feel good, “starts. “We do not follow trends. We follow the rhythm of the body, the sun and the earth. Here the bread is ritual, energy and community. We are solarpunk, neo-ancestral and a little witches. We are the GLitch In the matrix of food, “the business continues as a presentation. The full manifesto can be consulted on its website And it hasn’t taken Generate comments in x o Bluesky. And if there were doubts, those responsible are responsible for underlining it: “We do not bake bread. We bake future.” Reinventing bread (functional). Behind the project is Fabián León, finalist of the first edition of ‘Masterchef’ and a influencer Gastronomic with more than 570,000 Followers on Instagram. Recently related to the magazine Elle that the initiative connects with a personal experience: two years ago he was diagnosed with a disease that made him “a radical turn” and led him to undertake “a personal crusade” to find healthy foods to help him. “I realized that some foods were affecting me, specifically gluten, as well as refined sugars, alcohol … I suppressed everything and ran out of options,” Share. “The gluten -free bread that had was very bad, when I went to a specialty coffee there was nothing and for a person who likes to eat was a drama. I was sure there had to be recipes or ways for bread to be good. I started investigating what they did in other societies.” And a couple of years later … The result of that search could be seen on his Instagram profile in May, when he published A video With announcement included: “I open my first bakery of the future. After two years imagining it, today the bakery that only lived in my head.” “Breads, cookies, biscuits, brownies and a thousand more things that are not only good, but they feel good. Sin gluten, without refined sugars, made to build you, but without giving up enjoyment.” Bread with story (and something else). Beyond the media impact From Fabián León or his promise of a “bakery of the future”, the case of Fu.BA is interesting for another reason: connects with a greater gastronomic tendency than, beyond the food itself, incorporates a series of extra ingredients: spectacularization, a story worked, a background message that seeks to transcend what the food itself and especially the promise of the “reinvention” is reinvent something as elementary and basic as the bread bar or cookies. Fu.ba is also the example of how the discourse of “reinvention” can be taken to the extreme, moving it passing with elements that have little or nothing to do with food. In Fu.BA highlights the rhetoric of his manifesto, the aesthetics of the premises, for which He handled of the architect Irern Serraor even the staging of The inaugurationwith DJ and a sculpture made with bread. Of the future maybe, but not cheap. Of backdrop, prices. The bakery of the future may bet on the “functional pan” (“not only feeds, does something for you”, promises Fu.ba) and reniegue of gluten, refined flours and other industrial substitutes; But, without being private, it is not cheap. At least if we compare their prices with those of other conventional bakeries. The “Mollet of the Future” costs two euros; the “Hogaza of the future” five, or 7.5 if you want the option of 750 g; and the “baguete of the future” 3.5. For 500 g of “Power Power”, with tapioca flour and comprehensive rice, among other ingredients, 6.5 is paid. Images | Wearefuba and Instagram 1 and 2 In Xataka | We knew that freezing the bread was comfortable, cheap and fashionable. What we are not sure of is that it is “so good” for health

The C929 wants to be the great leap of China in commercial aviation. For now, your heart remains in Western hands

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For years, the domain of commercial sky has been in the hands of two giants: Airbus and Boeing. China wants to break that hegemony, and is willing to do it with its own name in the cabin. Comacthe China commercial aircraft corporationhe has been trying to make planes capable of competing with global references for years. First was the C919. Now, the bet is redoubled with The C929. This new model, even in a preliminary design phase, represents the most serious ambition of Beijing for placing a long -range plane on the international board. The objective is clear: to deal with heavyweights such as the Airbus A330neohe A350 or the Boeing 787 Dreamliner. And the figures accompany: capacity for about 280 passengers, an estimated autonomy of 12,000 kilometers and a design that, on paper, would allow to cover routes such as Beijing – New York. The internal deployment of C919: a discreet but strategic conquest The C919 has not conquered the global sky, but it has begun to take off within China. Since It was officially presented in 2017has gone through years of evidence, certifications and adjustments. SCMP points out thatas of June 2025, about 18 units fly domestic routes, mainly operated by airlines such as China Eastern. It may seem little, but the fact that it works only in China is not necessarily a failure. On the contrary: We talk about one of the largest aviation markets on the planet. And in that context, having its own plane capable of covering regional routes without depending on Western manufacturers is already, in itself, a strategic movement. The real commitment of Comac, however, is the C929. A plane from Width and long scope fuselage which aims to stand up to the most advanced models in the market. The project has won impulse in recent months: Air China signed an agreement To become a launch customer, and a supplier has reported that he hopes to deliver the first fuselage section in 2027. PROMOTIONAL IMAGE OF COMAC C-929 The development of C929 has a peculiar history. In the beginning, it was a joint effort with Russia. The project was then known as CR929, under the baton of a mixed company between Comac and the UAC Russian, called CRAIC (China-Russia Commercial Aircraft International Corporation). However, political tensions, the invasion of Ukraine and international sanctions on Moscow ended up forcing The dissolution of that alliance. Since 2023, Comac has moved on solo, turning C929 into an exclusively Chinese project. Comac has presented this plane highlighting several advanced technologies, including a Optimized aerodynamicsstate -of -the -art engines and integration of smart flight systems. In theory, it is a plane at the height of its western competitors. A C-919 Landing in China But there is a key detail: to fly, the C929 needs much more than Chinese wings. His “technological heart” continues to depend on the West. Safranthe French giant of the aerospace industry, He has signed a Memorandum of Understanding with COMAC to supply the brake system, ice detection, tire pressure sensors and oxygen system. For her part, the American Crane Aerospace will provide sensors for cabin doors. Although these agreements show that Comac is still able to attract international suppliers, they also put an uncomfortable reality on the table: their program remains, to a large extent, Tied to foreign technology. And that, in an uncertain global context, is a latent risk. The Russian precedent that China cannot ignore Russia offers a mirror. The latest Western sanctions cut off the country’s access to key components for its aeronautical industry. The TU-214a half-long reach that could transport between 155 and 210 passengers and fly to about 6,500 kilometers, was severely limited. Many of their critical systems depended on foreign technology. Moscow has worked since then in local substitutions, but possibly at the expense of performance and reliability. China, of course, has proven to be very resilient. He has dodged restrictions in sectors such as semiconductors, and has learned to convert traction obstacles. However, a change in United States commercial policy I could leave them without western engine. “If the US authorities prevent ge supplies the engine, then there will be no CFM engine,” A spokeswoman for Safran warned during the Paris Aeronautical Hall. Images | Comac In Xataka | The C919 Comac

Figure 02 has worked only for an hour. The disturbing thing is that your brain already remembers and your hands “feel”

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You can disagree. You may think that a lot is still missing. But it is difficult to ignore the direction in which we advance: one in which Humanoid robots They will be part of our daily lives. When technology is mature, when costs cease to be an obstacle, the decision will no longer be technical. It will be ethical. How far can the robots arrive? And who will put the limits? Imagine the scenarios. Robots turned into soldiers, deployed in conflicts, alone or next to human troops. Robots as emotional companions, not only for older people, but for anyone who lives alone. Robots that clean, cook, organize. Robots in factories, tireless, constant, replacing tasks that we did before. The surprising thing is that all this is already beginning to happen. Today, the robot Figure 02, that since last year he works in a BMW factorycan operate autonomously, classify objects and do it with precision thanks to what Its developers call “Touch” and “short -term memory”. In 2018, ‘Detroit: Become Human‘We thought about science fiction. Even then, not its creator, David CageI would have opted that in 2025 we would be seeing something like that in the real world. But it has happened. And the most fascinating thing is that Figure does not walk alone. Behind his gestures, there is something else. A neuronal network that, as we will see soon, is the true protagonist. Helix, the ‘brain’ behind Figure 02 That neuronal network has its own name: Helix. It is the brain behind the robot. The person responsible for their movements look more and more natural. And what has achieved In just three months In a logistics environment it is difficult to ignore. Helix has not only learned to manipulate objects with skill. Has learned to Understand the context. To adapt. To act as if remembered what he did before. And the most surprising: to make it better and better, faster and less mistakes. At first, Helix faced a simpler catalog. But little by little he has learned to work with a greater variety of packages: From rigid boxes to Soft envelopes or deformable plastic bags, which are much more difficult to hold and position. Some wrinkle, others bend, others slide easily. For a robot, that is a real challenge. And yet, Helix adapts. Adjust the way in which each object grabs, changes its strategy if the package is flatter or softer, even knows when it is convenient to take a small turn or use a more precise type of clamp. He does everything on the flight, without anyone telling him what kind of package he has in front. The robot knows when it is convenient to take a small turn or use a more precise type of clamp That behavior has not been programmed line per line. Has learned it by observing. In total, he was trained with 60 hours of human demonstrations. And with each new example, it was better understood what to do in each case. Thanks to that, the average time it takes to process a package has been down significantly. But Helix is ​​not just fast. It is also necessary. The labels, which were previously oriented before, now 94.4 % of the time are correctly positioned. As? Because the robot has learned, among other things, Small wrinkled envelopes Before trying to scan. A slight pressure on the plastic is enough for the barcode to be visible. It is a minimum gesture, but very revealing. That learning relies on something fundamental: memory. Helix has a vision system that not only analyzes what he sees at the time, but remembers what he saw a few seconds ago. It is as if I had a Short -term visual memory. Thanks to her, you can make smarter decisions. For example, if it detects that a package was already rotated at a certain angle, it does not turn it again. If you did not find the label at first, remember where it could be and prove in that direction. Another key change has been to incorporate the history of its own movements. Before, each action was an isolated fragment: see, act, see again. Now, Helix Remember in what position your arms werehis torso or his head makes a moment, which allows him to move more fluidly. If something leaves the plan, if the package slides or the grip is not perfect, it can correct in real time without starting from scratch. And the most recent: The sense of touch. Not a human touch, of course, but a way to detect how much pressure is exerting on an object. That strength feedback allows Helix Pause to feel resistance, or adjust it if the object weighs less than expected. Thanks to this, you can manipulate more carefully and adapt to differences in weight or rigidity. And this is not theory. Figure 02 has already been put to the test in real conditions. During an hour session, The robot operated without interruptions In a logistics environment, classifying packages autonomously while using all its new capacities: its sense of touch, its short -term visual memory, its ability to correct errors on the march. A continuous demonstration of fluid work, precise, without direct intervention. The images of that session, which we have included in the video that accompanies this article, show more than a robot running. They show a neuronal network facing the chaos of the physical world and leaving airy. They show Figure 02 making decisions, adapting, acting with a level of autonomy that until very recently would have seemed science fiction. Tesla has a OptimusBoston Dynamics to AtlasAgility Robotics A Digit. All compete to lead the career of the Humanoid robots. But in parallel, Figure 02 advances through a lane without events, without background music, but with results. With the passage of time we will see how all this evolves. Images | Figure ai In Xataka | Google does not want AI to stay on the screen: Gemini Robotics is its plan … Read more

Bitcoin boasts decentralization. But a third is already in the hands of large centralized actors

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Bitcoin’s “whales” are getting bigger. This is what it indicates A recent study of Gemini and Glassnode in which there is talk of the great “centralized treasury of Bitcoin”, which already control 30.9% of the bitcoins that currently circulate. The data is striking, but it is not entirely conclusive, and the decentralization of cryptocurrency remains high. 216 Ballenatos. In 2021 we talked about how Bitcoin’s 10,000 most important investors They controlled more than a third of all cryptocurrencies in circulation. They were the great whales of the market, people or entities that had accumulated huge amounts of cryptodivisas. That concentration was already worrying, but now it is more: According to the data From the aforementioned study, there are now 216 large centralized entities that controls a third of all bitcoin in circulation. An upward trend. The report indicates how the total number of bitcoins that have ended up acquiring the great institutional and custody entities has grown up to 6,145,207 bitcoins. That represents an increase of 924% in the amount of bitcoins that such entities had a decade ago. Of hate to institutional love. During the past decade the vast majority of the institutions remained away from Bitcoin, but in recent times we have lived a unique change in the mentality of these entities. Companies and governments have begun to invest in Bitcoins in an extraordinary way, and Institutional love It is now a clear exponent of the situation – and the price – of Bitcoin. Companies that bet strongly. Bitcoin’s value does not suffer great changes weeks, but the enthusiasm on the part of the great entities continues. Strategythe firm led by Michael Saylor, Keep buying as if there were no tomorrow and already has 592,000 of these cryptodivises. Far away are others such as Mara Holdings (49,179) or Twenty One Capital, which It already has 37,230 bitcoins. Tesla, by the way, has 11,509 bitcoins, although that unusual interest seems to have stopped. Companies such as Exchange Coinbase (9,267) or the “Mining” Hut 8 mining corp (10,273) group also demonstrate that interest in monopolizing more and more bitcoins. And the countries, too. Not only are companies: some governments have also made strong investments in this cryptocurrency or have obtained it from seizures. The US is a good example: almost all of its 207,189 bitcoins come from the operations carried out against Silk Road or what He recovered In 2022 after the Bitfinex hacking In 2016. The North American country is the one that has the most BTC ahead of China (194,000) or the United Kingdom (61,000). El Salvador, who was especially notorious to end up becoming Bitcoin into legal tender and then backwardyou have much less, 6,089 bitcoins. They are still many. A misleading concentration. Although Gemini’s data are striking, they are also somewhat confused, especially because in their definition of large entities the large markets for the sale of cryptodivisas and The ETF and Bitcoin -based financial products. But it is that in reality the cryptocurrencies that accumulate these centralized entities – which are certainly – are not one of those entities in their vast majority, but of the investors that use them and operate in this market through such financial products. A more realistic figure. Similar studies such as Made by Bitmex Research in April reveal a somewhat less worrying concentration. Of the 21 million bitcoin that will end up producing, 11.9% are in the hands of companies and governments, but above all of ETFs and funds, as well as Indicates Bitcintreasuries. The vast majority (69.4%) are in the hands of independent investors, and especially surprises how 7.5% of all bitcoins that have occurred have ended up being lost forever. That percentage was even higher in 2017but since then it seems that those who invest in them have taken many measures to avoid losing them. Outstanding image | Erling Løken Andersen In Xataka | A man threw his hard drive and lost 700 million euros in Bitcoins. Now you will have your own series

Google has opened the door to its employees so that whoever is not motivated to go voluntarily: Zuckerberg rubs his hands

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Google used to be the place where all software engineers They dreamed of working. However, in recent years that dream It has vanished. The company, known for its conciliatory culture, now surprises with a strategy that invites some workers to leave the company voluntarily To save costs in dismissal, according to an internal email published by The Verge. New voluntary output strategy. As you can read in the memorandum to which you have had access The VergeGoogle is offering a voluntary exit to the employees of its “Knowledge and Information” department (K & I, for its acronym in English), the area that includes those responsible for the search tool, engineering, marketing, research and communications. This document signed by Nick Fox, current responsible of the department, raises the possibility that, those who want to leave the company voluntarilythey can do it with economic incentives, in what is known as the “Voluntary Exit Program” (VEP), a pilot program of voluntary exits that Google put to the test in some departments after the dismissal of 12,000 employees in 2023. In Xataka Of engineers to keyboard operators: AI is converting software programming into a mounting chain Google is only for motivated. In Your statement, Nick Fox, it has been very clear: “If you are excited about your work, full of energy because of the opportunity that you present to you and you yield well, I really hope (really!) That you do not accept this. We have ambitious plans and much to do.” At the same time, Google offers “an exit path with support for those who do not feel aligned with our strategy, do not feel vitalized for their work, or are having difficulty fulfilling the expectations of their role within the company.” Said otherwise, The door has taught them. Welcome to the offices. Since 2022, Google has carried out different rounds of layoffs massive, and has progressively hardening the flexibility to telework through pressures in employee assessments. The filtered document does not let the occasion escape and also remember that employees living less than 80 kilometers from a work center must go to the office three days a week to the office, and encouraging to move closer to them to Those who live further. {“Videid”: “X919SE0”, “Autoplay”: False, “Title”: “The AI ​​and the future of our work Silvia Rivela | 100 years, 100 visions Ep.3”, “Tag”: “”, “Duration”: “2630”} Template reaction. The reaction of the workforce to the new “non-descent” policy It has not been waiting. When associated with a hardening of teleworking policy for that department, many see in it an undercover dismissal that seeks to save dismissal costs. The discomfort has been fed because, while the dismissals and founders were happening demanded 12 -hour daysPichai sundar The salary climbed And the company announced Milmillonarios benefits. Risk leakage risk. Google is running a very high risk that, when opening the door to their employees, the best qualified decide to take the floor and lose their best talent in this operation of Costs. The announcement, in addition, occurs in a delicate moment. Companies as a goal are willing to Offer millionaire figures To capture that talent, especially in areas such as artificial intelligence, so this movement could have unexpected consequences for the competitiveness of the company. In Xataka | A figure shows that the problem is not to find qualified talent, but knowing how to retain it: 24.1% labor rotation Image | Unspash (Adarsh ​​Chauhan) (Function () {Window._js_modules = Window._js_modules || {}; var headelement = document.getelegsbytagname (‘head’) (0); if (_js_modules.instagram) {var instagramscript = Document.Createlement (‘script’); }}) (); – The news Google has opened the door to its employees so that whoever is not motivated to go voluntarily: Zuckerberg rubs his hands It was originally posted in Xataka by Rubén Andrés .

12 million people delivered their DNA to 23Andme. The company broke and its data are about to change hands

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For years, spitting in a tube was the first step of an irresistible promise: discovering your roots, knowing your genetic predispositions, even finding family members lost by the world. Everything without moving home. The company behind that phenomenon was called 23ndmeand achieved something unusual: to turn genetics into a mass consumption product. That story has just turned. Regeneron Pharmaceuticals has reached an agreement to acquire the main assets of 23Andme for 256 million dollars, According to the official statement published by the pharmacist. It is a transaction that must still be approved by the Banking Court and by US regulators. At stake is a platform that has managed the DNA of millions of people worldwide. An announced end. The 23Andme fall has not been sudden. In recent years, the company went from being valued at more than 6,000 million dollars to fight for its own survival. His commitment to a more ambitious model – based on developing medicines, offering medical consultations by subscription and expanding digital health services – did not set. As details The Wall Street Journalthe company burned more than one billion dollars and ended up offering part of its assets in limit conditions. The sales agreement does not cover the entire business. Regeneron would keep the essential: the direct genomics service to the consumer, its biobanco of genetic samples and the research and total health divisions. The telemedicine subsidiary Lemonaid Health is left out, acquired in its day for 400 million dollars, whose closure will be made in an orderly manner outside this operation. Privacy: The real battlefield. The operation has re -placed privacy in the center of the debate. Regeneron has promised to respect current data use policies and has committed to undergoing independent scrutiny, as established by the judicial framework of the process. Even so, doubts persist on how one of the world’s largest genetic databases will be managed. The suspicion is not new. In 2023, 23Andme was a victim of a massive data filtration which affected 6.9 million people. As TechCrunch revealedthe attackers accessed the profiles of those who had activated the function of “genetic family”, obtaining names, locations and percentages of shared DNA between relatives. The company attributed the incident to the reuse of passwords by users, but the damage was already done. Anne Wojcicki, the face of an era. The 23Andme story cannot be told without mentioning Anne Wojcicki. Co -founder, visible face, visionary of personalized health and, at the same time, responsible for business decisions that led to collapse. His plan was to convert the company to an integral provider of medical services, but this did not prosper. He tried to recover control, but his power vanished with the beginning of the judicial process. According to WSJtheir actions with preferential vote were annulled and their offers rejected by the Board of Directors. Wojcicki opted everything to DNA as strategic assets. And for a while it seemed right. The company that helped to found transformed the way millions of people related to their health. It also showed to what extent a genetic database can become a mined field of legal, ethical and technological risks. A new stage, the same questions. Regeneron aspires to keep a powerful platform, a still recognized brand and an immense volume of genetic information. In its official statement, he affirms that his intention is to maintain service for current users and continue to develop new ways for personalized medicine. Images | 23ndme In Xataka | We have visited the place where the demographic hopes of Spain are literally deposited: the Semen Bank of Granada

Samsung’s survival in the chips industry is in the hands of its 2 nm technology

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2025 will be the year of 2 Nm semiconductor. The three largest manufacturers of integrated circuits, TSMC, Intel and Samsung, will start the mass manufacture of these chips before the end of this year, but The starting position Of these three companies it is very different. Taiwanese TSMC leads the semiconductor production market with A fee close to 60%has a well -assorted and stable client portfolio, and Your accounts are enviable. Intel and Samsung, however, are in a much more compromised position. The American company currently led by Lip Bu-Tan is trying overcome a very bad economic streak reducing their expenses and developing its technology with the purpose of increasing its competitiveness. Samsung, meanwhile, is also going through a complicated stage, as we are about to check. In any case, for these last two companies Its 2 nm technology It is his real lifeguard. Good news for Samsung: has reached a 50% wafer performance in 2 Nm These statements made in the middle of last March by Han Jong-Hee, Samsung general co-director, They diagnose with precision What is happening to this company: “First of all I sorry for the fact that the performance of our actions has not met their expectations. In the last year our company has not correctly responded to the semiconductor market for artificial intelligence (AI), which quickly evolves. “ “Our technological advantage has been compromised in all our businesses. It is difficult to see that efforts are being made to boost great innovations or assume new challenges” This Mea guilt It is aimed at the company’s shareholders and expresses that the directive dome recognizes not having made the right decisions in recent years. “Our technological advantage has been compromised in all our businesses. It is difficult to see that efforts are being made to Promote great innovations or assume new challenges. There are only attempts to maintain the status quo instead of generating disruptive changes “, Pray an internal statement Written by Jay Y. Lee, the president of the company. However, this is not all. Samsung has led for more than three decades the industry of integrated dram memory circuit LEADS THE HBM Chips Market so much (High Bandwidth Memory) that work side by side with the GPUs for the The one of the DRAM memories. In current circumstances it is evident that Samsung needs to trace as soon as possible. And it seems that it is in it. At the beginning of 2025 several South Korean media anticipated that Large scale manufacturing of 2 nm chips It had already begun In the company’s South Korean plants. However, this does not mean that Samsung already has everything tied. Chips manufacturers need the candle performance of their avant -garde nodes is at least 70%and, according to the South Korean newspaper Munhwa Ilbothis company currently moves in the range of 40 to 50%. There are still more than seven months to finish 2025, and presumably Intel and TSMC still do not produce integrated circuits in a massive way Your nodes 18a and n2 respectively, so in theory Samsung carries a positive inertia. We will see what happens finally, but there is no doubt that this year we will bring us strong emotions in the scope of the semiconductor industry. Image | Samsung More information | Munhwa Ilbo In Xataka | This is the chips war: a former SK Hynix employee is suspected to deliver stolen technology to Huawei

China’s future in the chips industry is in the hands of a single company almost unknown: Sicarrier

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Sicarrier is not a Chinese company. When we repair the country’s semiconductor industry led by Xi Jinping probably many of us think of companies like Huawei, SMICHua Hong semiconductor or Naura Technologyamong others. But not in Sicarrier. Until just a few weeks this company It was a real unknown Beyond China’s borders, but in a record time it has attracted the attention of the global industry of integrated circuits. And he has done it for a weight reason: it is the authentic responsible for China currently having the ability to produce avant -garde chips. Although it was founded in 2021, during the last four years Sicarrier has maintained a very low profile. Its origin is not entirely clear, but The most reliable sources They collect that this company is probably a huawei split. What we know for sure is that it is a state company administered by the Shenzhen government. Sicarrier’s soul are veteran engineers of ASML and Applyed Materials I will not prolong the mystery more: Sicarrier is dedicated to designing and manufacturing photolithography equipment and wafering processing machines. In fact, the more than 30 products that it has presented just a few weeks ago in SemiCon China 2025 competes with the solutions of the Dutch company ASMLthe Japanese Tokyo Electron or the American Apply materials. It is shocking that a company with just four years already has proposals capable of competing in the market of chips manufacturing equipment. But it seems to have earned it. Whatever this presumable success is not the result of chance. And is that his main team is led by engineers with more than two decades of experience in the ranks of ASML and Applyed Materials. In fact, these technicians are surely responsible for the milestone for which Sicarrier is probably in the spotlight of the US administration: the technology used by Huawei and SMIC for MANUFACT 7 NM INTEGRATED CIRCUITS derives from a patent that seeks to make the production of 5 Nm chips possible using equipment from deep ultraviolet lithography (UVP). The technology used by Huawei and SMIC to make 7 Nm chips derives from a patent from Sicarrier The most ambicious lithography equipment by Chinese integrated circuit manufacturers is the extreme ultraviolet lithography machine (UVE). ASML is the only company that produces them, but THE SANCTIONS TO CHINA DE USA They prevent you from giving it to your Chinese clients. The problem is that this equipment is necessary to produce on a large scale and with a competitive price semiconductors of 7 Nm or with even more advanced integration technologies. Sicarrier has not presented a UVE photolithography team in China 2025. It is very unlikely to have it, but, at the same time, it is reasonable to anticipate that their engineers will be working on a machine of these characteristics. The teams that this company has already made known, or, at least, has officialized, are A 28 Nm immersion lithography machinean engraving equipment for advanced nodes below 7 Nm, diffusion machines for rapid thermal processing, chemical vapor deposition equipment for nodes of 28 to 5 Nm, verification machines and test for advanced integrated circuits, etc. The retahíla of lithography and wafering processing that Sicarrier has presented in Semi -Con China 2025 is long. As I mentioned a few lines above, these products compete with the proposals of ASML, Applied Materials or Tokyo Electron, although the authentic Sicarrier fire test will be the tuning of a UVE lithography machine. Du liqun, the president of this company, has declared that its strategy requires betting on the development of avant -garde lithography equipment, selective deposition machines and latest generation transist technologieslike ga (Gate-alall-around), which is already part of the Porfolio of TSMC, Intel and Samsung. It is still early to identify if Sicarrier will live up to the expectations it has generated, but there is no doubt: there is a new actor in the integrated circuit industry. And it is worth following the track very closely. Image | Sicarrier More information | Nomad semi In Xataka | This is China’s big problem with chips: Huawei will manufacture its Kirin X90 for PC using the 7 Nm of SMIC

Intel has a new ‘Roadmap’. And reveals why his future is in the hands of lithographs 18 and 14th

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Intel’s short -term competitiveness is closely linked to the success of a single semiconductor manufacturing technology: The photolithography 18a. Ben Sell, Vice President of Intel Technology Development, confirmed At the end of last September that The 18A node already has the necessary maturity to enter large -scale production in 2025. And he also assured that he will benefit from the resources that have been reallocated from the 20A node. Right now this is the asset that Intel has to compete with TSMC and Samsung in the market for the production of integrated circuits in a year in which 2 Nm photolithographies They will take off yes or yes. Lithography 18a is erected above all about two essential innovations: Ribbonfet transistors Gate-alall-around (GAA) and energy delivery technology Powervia. We already knew this, but now thanks to Roadmap Updated that has just published Intel, we know much more. Lithographs 18A-PT and 14A will seal the future of Intel until 2028 Litography 14a will be the first in which Intel will use UVE High Opening Teams asml. In it Roadmap That we publish a little below in this article we can see that this integration technology will arrive in 2027, and shortly after, although that same year, the 14A-E node will also be ready, which will be nothing other than a review of the original integration technology. An important note: when Intel tells us about his 18th or 14th nodes what he is telling us is that These integration technologies are comparablealways according to Intel itself, to the lithographs of 1.8 Nm and 1.4 Nm of TSMC or Samsung, which are its main competitors. The 18A-PT photolithography will be compatible with advanced technology of Foveros Direct 3D The most relevant novelties that we can see in the new itinerary of this company are the 18A-P photolithography, which is a high performance review of the 18A node, and the 18A-PT integration technology. The first one will arrive in 2026. In fact, it is already being tested for the purpose of start large -scale production next year. The 18A-PT photolithography will be ready much later, in 2028, but it has a very important feature: it will be compatible with advanced packaging technology FOVERS DIRECT 3D Thanks to a hybrid interconnection system that allows you to stack chips in the vertical dimension. This packaging technique will be very important for Intel because it will allow the company currently led by Lip Bu-Tan compete with Advanced packaging technologies Cowos de TSMC and I-Cube, H-Cube and X-Cube of Samsung. The main difference between these implementations lies in the way in which integrated circuits on the substrate are distributed or stacked, a decision that deeply conditions the performance of the interconnections. Anyway, Intel’s current itinerary does not conclude with the 14A node. Keyvan Esfarjani, which is one of the top responsible for the subsidiary of this company that specializes in the manufacture of integrated circuits, confirmed In February 2024 that the production of chips in the 10A node (which will presumably be equivalent to the lithographs of 1 Nm of its competitors) will begin at the end of 2027. It makes sense if we are in mind that on that date Intel plans to start large -scale manufacturing in the 14A node, although, yes, the mass production of 1 Nm semiconductors will arrive later (possibly well entered 2028). Image | ASML More information | Tom’s hardware In Xataka | Intel has confirmed that the 20A node will be skipped to reduce expenses. The 18A node will enter production in 2025

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