A plan with 1,000 companies and billions at stake

For decades, when there was talk of technological innovation, there was an inevitable destination: Silicon Valley. From that strip of northern California advances were promoted that marked the lives of millions of people worldwide. There were companies that today are part of our day to day, such as Apple, Google, Nvidia, Adobe or Netflix, and there a cultural imaginary was also forged that made Silicon Valley synonymous with synonym of modernity. The term not only defines a place, it is also a brand What have we seen in series, movies and even the way we think about technology. Today, however, other regions of the planet begin to claim their space, with the ambition to balance, or at least approach, to the symbolic and economic weight of that Californian cradle of innovation. And in that struggle, one of the most striking movements comes from China. Shanghai has put A project that seeks to transform Zhangjiang, into Pudong, in what we could interpret as its own Silicon Valley of artificial intelligence. The goal is as specific as huge: create an ecosystem with 1,000 new companies from here to 2030, reach an industrial volume of 100,000 million yuanes, one 12,000 million euros to change, and raise an innovation center with global influence, According to the Xinhua state agency. They are figures that impose respect. If the announcement came from any other part of the world, it could sound more to aspiration than tangible plan. Because gathering a thousand artificial intelligence startups In just five yearsmoving more than 10,000 million euros in such a short time and also pretending world influence is not precisely a simple task. But we talk about China, a country that in recent years has proven to be able to turn its ads into realities. The transformation of its technological industry is evident. China is no longer limited to being the world factory That supplies the devices we use every day, also innova. And he does it hard. There are cases like Deepseek in the field of artificial intelligence or Unitree Robotics In Robotics, companies that have climbed positions until they become international referents. China is no longer limited to being the world factory. There is another key element: resilience against external restrictions. The United States has imposed severe limits to Chinese access to the most advanced technology, From nvidia leading chips Until the Lithography Machinery of Advanced Nodes of ASML. And, despite this, China has managed to respond. Huawei’s example, who managed to develop a 5G chip in full technological fencehe surprised his own and strangers in Washington and showed the country’s ability to advance even under pressure. This context feeds an inevitable question: can Zhangjiang become the Silicon Valley of artificial intelligence? For now there are no definitive answers. What we do have is a plan with clear goals. If it will end up being a new Silicon Valley or not, only time will say it. But the movement is already underway and deserves to be followed closely. Shanghai’s commitment to convert Zhangjiang into a magnet of companies, talent and capital To land the promise, it is convenient to go down to the facts: on September 16 it was inaugurated in the heart of Zhangjiang Science City the call Zhangjiang Artificial Intelligence Innovation Townthe starting point from which to understand what the project is, where it unfolds and what goals has been set for the next few years. It is not about lifting a technology park from scratch, but to integrate existing spaces such as Moli Community, a residential and innovative area, AI Island, a park specialized in artificial intelligence, or the Moli Twin Towers. The idea is clear: that this concentration works as an innovation engine, test terrain for new applications and fertile space for startups and large companies. In official words, ambition is to build a place of “low cost of innovation and high intelligence density”, With an eye on attracting talent and accelerating the implementation of artificial intelligence in specific scenarios. The project is displayed by a planned surface of 2 square kilometers, According to China News. The heart of the area brings together more than 700,000 square meters of industrial spaces and is based on 1,000,000 square meters of facilities. Less than 3 kilometers are added 7,000 homes aimed at talent. The sources that we have consulted do not clarify whether these figures correspond to new work or existing resources. The plan has set two clear horizons. By 2027, the goal is to have gathered more than 500 new artificial intelligence companies, complete the registration of 100 large models and have consolidated between three and five companies with a vocation of global leadership. The second milestone arrives in 2030, with the aim of reaching the 1,000 new companies and an industrial volume of 100,000 million yuan. The inauguration of September 16 marked the beginning of that road. The premiere was not symbolic. At the inauguration The first twenty companies were presented. They do not reach a desert, because since July 28, when the concept of the initiative was announced, more than forty companies had already joined. To attract companies and talent, Pudong has launched what he calls the “Ten high quality measures”From Zhangjiang AI Innovation Town. The menu includes rentals from 1 yuan (0.12 euros) per square meter and day, free accommodation between one and two weeks for equipment in the initial phase, low -cost youth apartments with a Maximum 2,000 yuan (239 euros) per month for three years, and a system of coupons that cover up to 100 percent in computing services, models or linguistic corpus, with stops of one million yuan per category. To this are added support for “AI demonstration scenarios” of up to 10 million yuan (1.2 million euros), among other incentives. Capital is also part of the design. The inauguration announced the Zhangjiang AI Innovation Town Link Fund, a fund of 2,000 million yuan created by Hillhouse Venture and the Pudong Public Investment Group. Its function is to … Read more

An iPhone that is the entrance door of the AI ​​for billions of people

You unlock the iPhone and look for something on the Internet. And who serves you, of course, is Google. It looks something harmless, almost “normal”, but behind there is much more than it seems, because that alliance has allowed two things. The first, that Apple becomes (still) richer. And the second, that Google maintains its dominant position in the field of search engines. The reason is simple: there is More than 1.4 billion iPhone In assets everyone, to which iPad and Macs must be added. All those devices They are the door to the Internet For hundreds of millions of people, that Google is the default search engine in all of them has been key for the company to be where it is. The iPhone, for better or worse, has helped decide who won the battle of the Internet. And it will also help decide who wins the AI. And the chatbot became mobile Because now we use the AI ​​in our browser or in mobile apps, but little by little we will do it directly, interacting with the voice and using the assistant of the pre -installed AI on our device. In the case of Android mobiles it is evident that Gemini will be absolute protagonist. It is the same as Google already pre -installed its search engine on these devices as an integral part of the experience. That, by the way, can end up being very expensive to the company, which He has lost the antitrust judgment in the United States. A sentence is expected in an imminent way, and among the possible consequences it could be Google’s “fragmentation”that could even be seen Sell ​​Chrome. But what will happen to the iPhone? What will the mobiles and Apple devices boost? Here the answer has more crumb, because the situation of the company in the field of artificial intelligence is complex … Not to say worrying. The company’s artificial intelligence platform, Apple Intelligencehe is light years from his rivals. Its benefits are very limited and these heights were expected to have arrived the supervitaminated version of Siri. Instead what we have are More and more delays of a company that despite having more resources that almost none still does not find its way in this segment. It would be normal to think that the iPhone took advantage of their own AI. They are likely to do so and that both Apple Intelligence and Siri They improve (very) notable, but what is also likely that the iPhone does not depend exclusively on Apple Intelligence. In fact everything points to a scenario in which we will have not an AI for everything, but three different: Local Apple Intelligence: A small AI model that will be executed locally and privately for simple consultations and for very specific functions, such as summarizing texts or helping to write emails. It is something that Apple Intelligence already offers. Apple Intelligence in the Cloud: For more complex consultations, Apple will also offer its own infrastructure such as Google or Microsoft, but with a difference: a clear approach to privacy. The call “Private Cloud Compute“It is a technological solution that theoretically guarantees that our conversations with Apple’s chatbot will be absolutely private. External suppliers: But if users want other options, they can also have them. Apple already announced in 2024 that users could access chatgpt proactively To enjoy AI functions, but that supplier will not probably be the only one. In fact, since February it is also possible GEMINI use As an alternative, and Apple has reached different agreements in China chewing that There you can use models like qwenfrom Alibaba. Precisely that third point, that of external suppliers, is the one that reminds us of what has happened with Internet search engines. The potential Apple agreements with one or the other supplier can define their success or failure – and that of its competitors. If Apple reaches an agreement with Openai so that ChatgPT is “the iphone default”, this chatbot will gain even more relevance, but the same could happen with Gemini or any other model. Precisely this situation has been the one that has detonated The new demand that Elon Musk He has made against Apple. The tycoon accuses the company to conspire illegally to eliminate competitiveness in the AI ​​market, something that according to him is being a clear obstacle to the success of Xai and Grok. That demand reminds what Epic Games already made Years ago against Apple’s App Store. That case It ended up causing that Apple opened the door –in its particular way– at third -party stores already methods of alternative payments and that Fortnite will star in a triumphal return To that store. It remains to be seen if Musk’s demand achieves a similar effect, but a priori seems difficult because Everything is yet to decide In the AI ​​and There are no clear winners. But if there is any, surely the iPhone has ended up helping to create it directly or indirectly. In Xataka | Google will fall below 50% advertising fee in 2025. From the monopoly to survival in the Tiktok era

Openai has invested billions in chips. His only problem is that he has forgotten something important: cables

While Openai designs increasingly complex models and promises cities size data centers, a much more terrestrial reality threatens to stop the advance: the electrical infrastructure is not ready for what is coming. At the beginning of the year. Sam Altman (OpenAI CEO) promised, together with Oracle and SoftBank, an investment of 500,000 million dollars in AI infrastructure Under the name Stargate. The announcement, Made at the White House with President Trumphe talked about building 10 gigawatts of data centers on American soil by 2029. However, the start has been slower than expected. According to The Wall Street Journalnot a single formal contract with SoftBank has not been signed, and the first center, in Ohio, is still in the evaluation phase. Meanwhile, Openai has advanced on his own, expanding his alliance with Oracle to develop 4.5 more gigawatts, adding more than 5 GW under construction, As the company itself has reported. A big problem behind. This does not only affect Openai, rather the entire AI sector since no investment or quantity of GPUS can solve the true bottleneck of the sector alone: the electricity grid. As Le Monde explainedtraining models such as GPT-4 consumes dozens of gigawatts -hora, but the real challenge is in the “inference”, that is, in daily use. Each consultation to a model like Chatgpt implies complex calculations that consume energy every second. From the International Energy Agency (IEA), It was warned That the global electricity consumption of data centers could double before 2030, exceeding 945 TWH, more than all Japan today. And there the paradox appears: we can generate more energy, but we have no how to move it. In other words, high voltage lines, transformers, substations, adequate land, permits, technicians are missing. It’s like wanting to fill a city with bottled water, but without having pipes. The project continues. In a last statementOpenai has affirmed that its expansion with Oracle is already creating tens of thousands of jobs in Texas and that the objective of the 10 gigawatts is on its way to being surpassed thanks to new alliances. The Stargate I site, in Abilene, has already begun to operate with NVIDIA GB200 chips. However, As the Wall Street Journal has detailed, Disagreements with SoftBank persist on where to build, how to finance and how to connect data centers to electrical networks that are already saturated. Sam Altman recognized the challenge in an internal memorandum cited by axios: “The thirst for computer science is beginning to tension the supply chain and demands some real creativity.” Other paths: atomic energy. Faced with these limitations, technological giants are looking for solutions outside the traditional electrical system. The answer, for many, is in a surprising return: nuclear energy. Goal has signed a 20 -year contract with Constellation Energy to supply part of its data centers from a nuclear plant in Illinois. Google and Amazon They have also opted for small modular reactors (SMR). Microsoft, meanwhile, will reopen a closed nuclear power plant since 2019exclusively to support your AI infrastructure. Nvidia has not been left behind. In 2024, it invested 650 million dollars in Terrapower, the company founded by Bill Gates that is building the first Natriat reactor, a fourth generation machine that, According to their developersIt will generate electricity by half of the cost of a conventional reactor. The project, which takes place in Wyoming, has a Spanish participation: the public company sees the reactor cover. Without cables, there is no ia. Meanwhile, the number of users continues to grow. Chatgpt reached 800 million active users in April, According to Altman cited in axios. Each of them generates requests, questions, images, instructions, and all that consumes energy. According to Le Mondetasks as simple as writing an email can be more than 7% of a complete mobile phone charge. And generating an image consumes even more. Elon Musk says his company XAI already operates with 230,000 GPUS, and expects 550,000 more. The AI does not rest, but the cables that feed do not supply. Artificial intelligence promises to change the world, but before it will have to face something more basic than any algorithm: the physical laws of electrical systems. There is no needless. There are no servers without energy. And there is no energy without cables. Image | Pexels Xataka | The AI is opening the doors of a radical revolution on the Internet: that we can all create apps without knowing

If there is something that biologists did not expect to discover is that billions of moths look at the stars to orient

Imagine having to travel a thousand kilometers to a place where you have never been. Now imagine you have to do it at night, without GPS, or maps of any kind. To finish curling the curl, imagine that you only have one chance in your life to do so. You don’t have to imagine it because we are not talking about a person, but of moths. The annual pilgrimage of the Bogong moths. This is the feat that billions of Bogong moths (Infusa agrotis) They perform every year in Australia. And scientists have just discovered that they are oriented looking at the stars. This discovery, Posted in Nature magazineconverts the Bogong moth in the first insect of which you have a record that uses a stellar compass for long -distance navigation, a skill that until now was believed reserved for animals such as some night migratory birds. The trip of a life. Each southern spring, these moths undertake one of up to a thousand kiometers. They hatch in the warm plains of southeastern Australia and fly towards a handful of cold caves in the Australian Alps to spend the summer (a process called Estivation). When the fall arrives, those same moths undertake the trip back to their breeding areas to reproduce and, finally, die. The big question that has fascinated biologists for years is how they do it. No one teaches them the way. It is a round trip that each individual performs only once. A team of researchers, led by David Dreyer from the University of Lund, had already demonstrated in 2018 that the moths were sensitive to the magnetic field of the earth, Like other animalsbut they suspected there was something else. They had their eyes on the sky. A planetarium for moths. To confirm your hypothesis, The team designed an ingenious experiment. They captured migration during their migration and introduced them into a flight simulator. This device, similar to a small planetarium, held the moth allowing him to beat the wings and turn freely, while a sensor recorded his flight address. The team did several tests: They canceled the magnetic field: using a coil system, they created an environment without magnetic clues. Thus they made sure that any correct orientation was due to visual signals. They projected a natural starry sky: under an artificial night sky, identical to the one they would see in the time of migration, the moths were oriented persistently in their correct migratory direction: to the south in spring and north in autumn. They turned the sky 180 degrees: In the final test, the researchers rotated the projection of the starry sky 180 degrees. The response of the moths was immediate and amazing: they invested their flight direction almost exactly 180 degrees. They project random stars: to make sure they did not respond simply to the light, they projected an image with the same amount of stars and brightness, but randomly distributed, without forming recognizable patterns. In this situation, the moths flew disoriented, without a clear direction. Unexpected. These results demonstrated without a doubt that the moths not only see the stars, but use them as a true compass to maintain a specific geographical direction for thousands of kilometers. It was already known that other insects, such as players, use the Milky Way to orient. However, they do it to move in a straight line and quickly move away from a lot of manure, a short -term orientation and without a fixed destination. The achievement of the Bogong moth is much more complex. Use the stars to “discern specific geographical directions” and sail towards a “distant objective”, something radically different and much more sophisticated. A brain connected to the stars. The researchers did not stop in behavior. They also analyzed the brain of the moths and discovered visual neurons that responded specifically to the rotation of the starry sky. Interestingly, these neurons showed their maximum activity when the moth was heading south, regardless of whether it was spring or autumn, which suggests that they have a wiring neuronal system to detect a fundamental light blue orientation. This does not invalidate its magnetic compass. In another experiment, the scientists observed that on completely cloudy nights, when the stars were invisible, the moths were still oriented correctly. The conclusion is that the Bogong moth has an incredibly robust and redundant navigation system. It uses both the Earth’s magnetic field and a stellar compass, probably using a system to calibrate the other or to take over when one of the two fails. There are still mysteries to solve, such as what stars or exact constellations use or how they compensate for the rotation of the earth throughout the night. But what is clear is that not only the ancient sailors looked at the stars to find their way. A tiny insect, on his only trip, also does. Image | Pexels In Xataka | If the question is whether there is an “invasion” of moths in Murcia, the answer is that of every year by these dates

‘Gambling Man’ is the portrait of the man capable of betting billions after a 12 -minute conversation. And lose

Technological capitalism continuously disappoints its investors regarding what continually promises them. In 2022, when Masayoshi are announced losses of 23,000 million dollars in softbankthe market pretended to surprise what was inevitable: the collapse of a bubble inflated by the megalomania of its architects itself. It was not the first time they were seeing a fortune evaporate. He had already lost 99% of his wealth in the Crash of the ‘Puntocom’. The pattern is repeated because it should be repeated: the eternal reproduction of the same, where each cycle of boom and Bust Technological needs its own prophets and martyrs. They are represents both roles with particular dedication. Lionel Barber’s new biography about Masayhoshi are‘Gambling Man‘, portrays a man who has turned the extreme risk into a show. The book aims to unravel the genius after seemingly irrational decisions, but ends up revealing something more important: how modern technological capitalism has normalized recklessness as business virtue. They are, who like to compare with Napoleon and Genghis Khan, embodies the violence of a system that has made the disruption its mantra. Invest 4,400 million dollars in Wework After a 12 -minute conversation because it can do it – as well portrayed the phenomenal Wecrashedfrom Apple Tv+ – because el System rewards the grandiloquent gesture about rigorous analysis. Economic rationality is subordinated to the imperative of the show. The mechanism needs, of course, a distortion of the objectives it says. SoftBank does not really seek to identify the best technological companies in the future, seeks to feed the narrative that you can do it. The reality is that the Vision Fund It operates as a validation machine: Validation for Son, which found in money and success a way to overcome discrimination suffered in postwar Japan; validation for founders who receive their investments; Validation for a market that needs to believe that someone, somewhere, can see the future. “If you are intelligent you do not need leverage, and if you are silly you should not use it,” said Warren Buffett, who in addition to being the best investor in history is a great representative of a more sober and methodical capitalism. Perhaps the first is not understood without the second. They are represents the antithesis of buffet: a system where the mass leverage –SoftBank came to accumulate more than 150,000 million in debt– It is not a means but an end in itself. Debt as a show, as a demonstration of power. What surprises is not that they are survived their failures, but that the system needs them. Each multimillionaire loss reinforces its misunderstanding image, willing to bet against consensus. “At some point, everyone will tell you that you are crazy,” he proclaims. The line between vision and reckless has become deliberately diffuse. Today, while driving A new multimillionaire bet in chips for AIThey are still playing their role in this work. The public applauds because it must applaud: the fiction that after each new technological bubble there is a visionary genius is too comforting to abandon it. He show It must continue, although we all know how it ends. The Gambling Man: The Wild Ride of Japan’s Masayoshi are Outstanding image | Wikipedia CommonsXataka In Xataka | Who are the largest millionaires in Spain: the list of the ten richest people in the country

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