needed

Windows 11 has finally surpassed his predecessor in what cost him the most. Has needed 46 months and a deadline

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After almost four years of struggle, Windows 11 has achieved for the first time Overcome the Windows 10 market share. July data Statcounter They show, at the time of writing the article, that the current Microsoft operating system reaches 50.88%, while its predecessor drops to 46.2%. Somewhat for the company that reaches just three months from the end of the Windows 10 security updates support, yes, the achievement has been accompanied by desperate measures. The context. Microsoft launched Windows 11 in October 2021 with the promise of being “The best Windows in history“, But its initial adoption ended up being extraordinarily slow. Just a year ago, Windows 10 maintained an overwhelming advantage with 66.04% of the market compared to 29.75% of Windows 11. The change of litmus has been so late that it has forced Microsoft to take exceptional measures. Market share of the different Windows versions globally. Image: Statcounter Millions of users will run out of support soon. With 1,400 million Windows devices worldwide, according to the company, Statcounter figures would suggest that approximately 728 million execute Windows 11 and 655 million continue with Windows 10, despising the rest of versions. This figure is problematic especially because it means that hundreds of millions of users will run out of updates Safety when Microsoft withdraw the support on October 14, 2025. Of course, users They still have alternatives. To great evils … The situation has forced Microsoft to break its tradition and offer for the first time extended security support (ESU) to domestic users, something that was previously only available for companies. In addition, he has announced that will provide this free support to those who use Windows Backup with a Microsoft account, something that for many is a privacy toll in exchange for security. The push of companies. As they warn from The Registerthe sudden growth of Windows 11 is not due to a massive adoption of consumers, but mainly to business migrations. Keiren Jessop, analyst at Cábalys, points that administrators would be executing planned updates before the closing of the support, especially with the start of new fiscal years in July and October. From the middle they ensure that hardware sales, including THE NEW PCS WITH IAThey remain limited due to the lack of applications that justify their high prices. Better late than never. Windows 11 has needed 46 months to overcome his predecessor, a record time in the history of Microsoft. The strict system requirements, which exclude computers Without TPM 2.0 and old processorsThey have stopped their adoption. Meanwhile, Microsoft has been putting pressure to its users through annoying banners In Windows 10 to make the change, recommend the purchase of a new PC that is compatible with the requirements, months before its official support. On the horn. With only three months until the end of the support, Microsoft has finally achieved that Windows 11 took the lead. The question is how many users will make the transfer to Windows 11 before the end of their support and how much the difference ends in these three months. Cover image | Windows In Xataka | Virtually everyone has stopped using Windows XP. The problem is that ATMs do not

Chips manufacturers seek talent urgently. In Europe only 100,000 more engineers are needed

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During the next five years the global semiconductor industry will need to incorporate nothing less than One million qualified workers. This prognosis is no elucubration; It comes from SEMIan international organization that watches over the interests of the electronics industries and integrated circuits. According to their forecasts Europe will face a deficit of 100,000 engineers, and Asia will need 200,000 qualified technicians. These a priori figures may seem exaggerated, but they are not at all if we consider that for 2024 the chips industry grew by 19.1% compared to 2023 thanks to the demand for GPUs for artificial intelligence (AI) and consumer electronic products, as well as to the expansion of 5G communications throughout the planet and the development of the car market. In 2024 the global semiconductor industry invoiced 627.6 billion dollars. There are not enough professionals to support the growth of this industry TSMC, The biggest chips manufacturer on the planethe goes hunting again year after year to be able to meet his needs. During 2023 recruited 6,000 engineers For its Taiwan facilities, and presumably this trend also remained for 2024. And between 2025 and 2028 it will start several semiconductor manufacturing plants in the US, Germany, Taiwan and Japan. TSMC is one of the most successful companies in this sector, but with all probability other chips designers and manufacturers will also need to strengthen their templates. The average salary of an engineer without previous experience, backed by a master’s degree and newly arrived at TSMC exceeds $ 65,500 annually In this situation the salaries offered by these companies are very high. The average salary of an engineer without previous experience, endorsed by a master’s degree and newcomer to TSMC exceeds $ 65,500 annually (Approximately 56,000 euros), But this is just the starting point. It is assumed that as their salary acquires experience. The problem facing semiconductor companies, According to semiis that as many people with technical profile are not being formed in universities as they will need in the short and medium term. In addition, many of the most experienced engineers are retiring or will do so before 2030. As a button shows: in the US, a third of employees of integrated circuit companies have 55 years or more. And in Germany a third of the technicians who have developed their work career in the chips industry will retire throughout the next decade. However, there is another challenge that also compromises the future of these companies: the next batch of engineers will have to have advanced skills in AI and Automatic learning. The companies that are dedicated to the semiconductors are aware of the problem that already looms on them, which has caused some to have launched initiatives that initiatives that initiatives that initiatives that They go beyond offering good salaries. Some of these measures are to invest in the progression of their professionals and offer them flexibility to prevent them from leaving; in seeking candidates with non -traditional profiles in which their skills prevail and not their training, or in promoting the incorporation of women into this industry. At the moment Women represent only 17% of technical positions in the semiconductor industry. Image | TSMC More information | SEMI In Xataka | We already know what the chips that will arrive until 2039 will be. The machine that will manufacture them is close

They only needed sun and plant waste

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After staying the practically empty gas reserves, Europe is trying to find a way to reach November with the fully controlled situation and Without relying on Russia. To do this, he has put his goal to import gas from USA either Accept an offer from Chinabut, perhaps, the key is closer than they imagine: in Extremadura. A pioneer gas plant. A year ago The construction began of a 100% renewable natural gas pioneer center in myjadas, Extremadura. This project, developed by the German company Turn2X, will begin operating in May. Totally renewable. The myjadas plant will use a technology known as Power To Gas (P2G). This process consists of combining green hydrogen – obtained by water electrolysis with renewable energy – with biogenic carbon dioxide – proceeds of the decomposition of plant waste or biomass. By together both elements through the reaction of Sabatier, high purity synthetic methane gas is obtained. This synthetic natural gas, created without resorting to fossil sources, has been successfully tested in the Extremadura gas distribution network, According to the newspaper. But let’s not confuse. Although in Spain there are already several plants that They generate biomethanea renewable gas obtained by decomposing organic waste, the case of myjadas goes further. While the conventional biomethane captures the gas generated during the decomposition of waste, this new project does not start from organic matter. Methane is synthesized from scratch by the combination already described, which opens a new route for renewable gas production. The choice of Extremadura. Although the project is not exempt from challenges for The cost of green hydrogen and large -scale production, the choice of Extremadura as an epicenter responds To the numerous sunny hours which offers the territory. In addition, as the German company has detailed, regional agencies have proposed investments and aid throughout the process. Going further with hydrogen. The great bet of Spain and Europe is being green hydrogen. Specifically, in Spain It is positioning himself As one of the great players in this sector, with projects such as the H2Med, a corridor that will connect the Iberian Peninsula with France and Germany to transport renewable hydrogen. Turn2x initiative is significant, since it demonstrates how green hydrogen can go beyond its use in the industry and become a key raw material for other energy sources, such as renewable natural gas. Spain is not only betting on green hydrogen: it is transforming it into concrete solutions. And Extremadura is, today, one of his most promising laboratories. The implementation of this plant not only validates a disruptive technology, but demonstrates that the country can lead the transition to a renewable natural gas, less dependent and more sustainable. Image | Turn2x Xataka | An island in Japan has revolutionized its vehicles. They have turned cow droppings into hydrogen fuel

The EU is going to tighten the nuts to mobile manufacturers. You just needed a label

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As of June 20, new rules destined, according to the European Union, will be entered into force, to improve the energy efficiency and repair of smartphones and tablets. Specifically, the rules reflected in the Delegate Regulation (EU) 2023/1669Complementary to Regulation (EU) 2017/1369 and relative to the energy labeling of smartphones and tablets. Energy classification labels that you have been watching for years in appliances such as televisions, refrigerators or ovens will reach mobile phones and tablets. In what products. Mobile phone manufacturers (including Dumb Phones), fixed wireless phones and tablets between seven and 17.4 inches, marketed from June 20, 2025, will have to show in their packaging the EPREL sticker. The modifications in European regulations add up to this ecological design requirement to every mobile and tablet sold in the US, with the objective of “contributing to optimizing the use of fundamental raw materials and will facilitate their recycling.” The label. The commercial label It will sound you, since you have seen it previously in appliances. On a scale from A to G, where A is the maximum score and G the minimum, the energy efficiency of the product is reflected. In the case of smartphones, in addition, there are some more than interesting data. QR code with link provided by the manufacturer to product -related information. Commercial brand of the device. Concrete model identifier. Energy efficiency scale. A is the maximum possible score. G, the worst. Device efficiency level. Battery autonomy per cycle measured in hours and minutes per complete battery charge. Device reliability in free fall. Measure from A (better) to E (worse). On the same scale of A to E, score obtained in repairs. Load cycles supported by the phone until the battery reaches 80% of its maximum capacity. Classification of Water Resistance, Dust and Subsibility. The IP protocol is used. Regulation number. Aue is 2023/1669. What will be taken into account. To the question “how the EU knows if a mobile is repairable or if the battery lasts 1,000 cycles” the answer is “because the manufacturer says.” All suppliers are obliged to register their models on this EPREL platform, being responsible for providing reliable data. The regulation specifies procedures for the conformity evaluation of these data sent, specifically prohibiting devices designed to alter your performance under evidence. Europe is pressing nuts to manufacturers. 2025 will be a good year for mobile phones, and that is that the demands that are imposing manufacturers directly point to the consumer. The batteries must endure at least 800 loading and download cycles maintaining 80% of their capacity. Manufacturers will have to make available to consumers and third parties (repair workshops) the necessary parts for repairs. Operating system updates must be guaranteed for at least five years. Non -discriminatory access of professional reparators to any software or firmware necessary for repair. The big question is, and even more taking into account the Tariff war frameworkif these new obligations about increasing battery quality, fighting to have the most repairable phone and support for several years to any launched device will have a consequence that seems inevitable: Price increases. How it affects us. As consumers we will have access to a very valuable tool: we can consult the quality of the battery, duration, repair and resistance of a device in a single glance. It is something that, to date, we could only consult on the manufacturer’s own website or specialized portals. Beyond the informative level, energy labeling is a cry for smartphones manufacturers: if they want their phones to get a good score, they must take care of key aspects that, in some ranges, were more than neglected. Economic cutting devices have been leaving aspects such as water resistance, software support or battery quality in the background. The new standards are demanding and, if you want to obtain a good score, it is no longer enough to launch a mediocre product. Image | Xataka and European Commission In Xataka | The European Union considers ending the big Android problem: mandatory updates for five years

There he learned everything he needed to build Microsoft’s empire

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Microsoft is, without a doubt, the greater professional success of Bill Gates. However, not many people know that the secret of their success was based on some failures that the millionaire committed Before founding the technological. In his autobiographical book, ‘Code Source: My beginnings’Gates reveals how this first business experience, when he was barely a teenager, was decisive to mold his vision about What Microsoft should be. This episode of Gates’s life shows that even the brightest and most successful businessmen have had to stumble learn from your mistakes. Traf-o-Data: Gates and Allen’s first attempt In the summer of 1972, Bill Gates was attended by his last year of high school, while Paul Allen was already in college. Both had met at the school computing club. They were inexperienced and have barely done a few programming projects for the school or to collaborate in projects with their teachers. However, they were presented with the opportunity to code and process telemetry data of the Alburquerque traffic using perforated paper ribbons, so both friends joined for efforts and founded Traf-O-Data. Gates himself is described in the book as a “spoiled know -allotodo” that often responded with sarcasm and disdain with a: “That is the most stupid thing I have heard.” A phrase that, who have worked with the tycoon At some point in his career at the head of Microsoft, he has surely heard on more than one occasion. Having that in mind, the experience provided by Traf-O-Data, although failed, served as learning For someone who has defined himself as self -taught. Both schoolmates created a machine equipped with a Intel 8008 microprocessor of 360 dollars that allowed to automate the reading of the paper tapes that contained the traffic data to digitize that information. Although the idea seemed promising, the company failed to be profitable. As Paul Allen remembered In an article De Newsweek, “Traf-O-Data was a good idea with a poor business model. We had not occurred to market studies and we did not know how difficult it would be to get financing from the municipalities.” In 1975, they managed to bill almost $ 17,000. Which was not bad in the case of an inexperienced young people. According to Paul Allen, he remained operational until 1980, when he already registered annual losses of $ 3,494. This first business failure, far from discouraging them, served as a test laboratory where They learned important lessons on the marketproject management and the importance of constant innovation. “Traf-o-Data is still my favorite mistake because it confirmed that each failure contains the seed of the next success,” Allen recalled. Gates assured in his book that he learned that it is not enough to have a good idea, but it is crucial to have a solid business model and a well -defined business objective. The experience with Traf-O-Data taught them to identify the real market needs (the digitalization of the data of the paper tapes) and to develop solutions that really made the difference (the machine that processed the information), skills that would forge the foundations on which Microsoft would be built. Learning to be the boss The adventure of Traf-O-Data, was also a personal level learning for Gates, somewhat awkward in terms of social skills. Before developing the machine with the processor, Gates and Allen They hired a group of students of lakeside younger than them to transcribe by hand the data of the tapes. They paid fifty cents for each tape. Then, Gates and Allen went to the Library of the University of Washington and used The university computer to process this data and generate the traffic patterns graphics that the tapes had been recorded. That He taught them to work as a teamto make quick decisions and adapt to the changes in the environment to stay in your target. Later, they created their own processing system, which allowed them to collect two dollars daily for the digitalization of the data, as well as expand their business area to other government agencies of the neighboring states to Seattle. Gates himself explained to young peoplethat they were going to graduate at the University of Arizona del Norte that errors are a fundamental part of the learning process and that you should not be afraid to commit them. Traf-o-data was the seed of What is Microsoft today. In Xataka | Bill Gates is clear about the habit of his childhood that has helped him succeed in his career: get bored In Xataka | Steve Ballmer has become a Milmillonario without founding a single company: some of his advice to achieve it Image | Flickr (World Economic Forum)

Apple has been obsessed with the Iphone Premium for years. All I needed was a good and cheap

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Apple has managed to fulfill a historic yearning. For the first time in its history it has become Global Sales Leader in the first quarter of the course. In a context of growth content of the territory of the smartphones, and with downward forecasts for the following quarters for the context of tariff war, the American company rises to the podium thanks to a model with name and surnames: the iPhone 16E. Apple as the first manufacturer. Apple leads global sales of smartphones in the first quarter of the year, in a market that grows a 3% content thanks to the impulse of China and emerging countries. The company enjoys a 19% market share, 1% more than the rival to which it has exceeded: Samsung. Apple grows 4% year -on -year, Samsung continues to chain falls, in this case 5%. The key markets. Apple has been looking for a way to lead the global market. Counterpoint’s report shows that one of the keys to achieve it was to stop focusing on the United States, Europe and China, to focus both in Japan and emerging countries and India and part of Southeast Asia. While the sales trend has been flat in the first three countries mentioned, growth has risen to the double digit in Africa, the Middle East, Japan, India and a good part of Asia. Being Premium is fine, lowering the price is better. Apple has been growing the aspirational brand image, one that only sells premium product. But the key lies right there: the Premium product does not have to be linked to an exorbitant price, and the 16E iPhone is the test. Your star product, the iPhone, It has been playing sales for yearsand bet on the same strategy does not work. The company has been centered on the high ticket iPhone for years, although year the market reports sign up for a clear trend: The standard iPhone (no pro) sells, much. Further reducing the toll of entry to the Apple universe with a 599 dollars product has been the only thing I need to lead for the first time in a first quarter. The brand image. Apple needed to say goodbye to the iPhone SE, an obsolete telephone in design and specifications, to hug the iPhone 16E. An entrance model to the iPhone family, with much inherited from previous models, but with a more current line, a first -line processor and compatibility with Apple Intelligence. In other words, an iPhone that continued to protect brand exclusivity, despite giving up a high ticket. The marketing of this model is simple. Despite its hardware differences, it has a surname that sells: it is still an iPhone of the 16 family, but much more affordable. Already in March the trend was seen, this phone was selling 60% more than the iPhone se de 2022according to IDC data. A new growth lever. Just five years ago, countries like India were just a market for Apple. In 2023 the company opened its first two Apple Store In the country, and is beginning to become one of its main levers to boost iPhone sales. The key to winning in emerging markets is mainstream. For the most Techies The 16E iPhone is a mediocre product. For the global market, the iPhone they had been asking for years. Image | Xataka In Xataka | I have tried the iPhone 16 and 16 Pro. I have very clear which one would buy me

The new Chinese tariffs are a mosquadilla for Apple. It is just what Huawei needed to dominate Asia

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China has not taken to respond to new tariff rates imposed By the Trump administration, further increasing the pressure on this commercial war scenario. The new situation. After the Last climb announced on April 3the tariffs that the United States applies to imported products from China already reach 54%. In reciprocal response, China has announced a new 34%rate package. The US rates enter into force on April 9 and those of China on April 10, with a day of strategic difference. A margin that opens the door to possible last minute negotiations to adjust or avoid the implementation of tariffs, giving time to both countries to search for agreements before the measures impact their economies. In this stage of tariff chaos there are two very important actors for the Chinese market: Huawei and Apple. The golden opportunity for Huawei. Huawei is positioned as a key actor in technological matters with strong government support. At the beginning of 2025 it has become the Second manufacturer in Chinabehind living and just ahead of Apple. Beyond smartphones sales, Huawei is a crucial company for the country in relation to network infrastructure, manufacture of multiplatform semiconductors and software. Currently, the company is a symbol of technological self -sufficiency, both in software and hardware. Huawei recently announced his plans to abandon Android in favor of Harmonyosa system designed for the Asian market (at least, for now), with its own development and without a trace of foreign code. Similarly, the company has been in full commercial fight for years to be competent in the manufacture of semiconductors, currently blocked in seven nanometers lithographybut having achieved your own manufacturing With the support of SMIC, the Chinese giant for chips function. Quota dance. Only 1%market share separate (17%) from Huawei (16%), and with an Apple (15%) that could be out of the map after the entry into force of a new 34%tariff to American products, the scenario that is drawn is that of an absolute leadership by Chinese manufacturers. For Huawei, who has been climbing positions for a few years, it is the best possible scenario. The company is resuming its position in the market thanks to the support of the Chinese government (who has invested in national machinery for chip manufacturing and provides tax exemptions to technology like this). It will not be the only beneficiary. With the exception of Apple, China is a market in which national companies cover full sales photography. I live, Huawei, Oppo and Honor are the best -selling brands, with quite similar figures and market share. China has been a key market for Apple for years. At the end of 2024, this territory meant about 30% of its income. However, in the first quarter of 2025 and in the middle of the commercial war, Chinese participation in Apple’s income fell to 15.83%. An even more aggressive tariff would mean an important setback for the American company, who now faces a complicated scenario in which tariffs to countries like Vietnam or India put their manufacturing and margins strategy in check. Five days of doubt. The reciprocal tariffs between the United States and China threaten to shake the entire world, from the drop in stock market and increase in the manufacturing costs of companies outside technology such as Niketo the hard blow suffered by practically All Big Tech. Next week it will be crucial to know if there is room for negotiation, or if the commercial war is about to start its crudest phase. Image | Xataka In Xataka | Huawei no longer competes: he is building his own parallel reality

We just needed AI and satellite images

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The last year exceeded all expectations Regarding the installation of renewable energy. However, until now we did not have a clear visual image of this phenomenon, but only with data to make comparisons. Now we can access that panoramic. Short. The project GLOBAL RENEWABLE Watch It consists of a map created from satellite images and artificial intelligence models to show the expansion of solar and wind energy. The initiative has been developed by Microsoft AI for Good Lab, in collaboration with The Nature Conservancy and Planet Labs PBC. In addition, Cornell University He has participated in the validation of the project. The operation. The program itself has explained that they can identify, thanks to the AI, where it is more viable to install renewable projects, considering factors such as the availability of long -term land, the electrical infrastructure of all countries and the environmental impact. In addition, the Public Platform information in Github and uses an open source approach to guarantee transparency. Accelerated growth. In a quick look at the program, it shows that energy has advanced at an unprecedented rate. In it we can see something that We already knew: China leads the installed capacity of solar and wind energy, with large projects that extend throughout the country with a capacity of 632,859.61 MW. This data is quite significant because in the data collected in the fourth quarter of 2017 it had 270,827.59MW, exceeding 133.68%. Well below, but with a significant number it is the United States that is located with 285,974.11MW, exceeding 126.63%. The data show a considerable increase in the American country, but with Trump’s policies It seems that they will be maintained In that amount. For its part, in the case of the European Union, the most prominent case is Germany with 60,042.53MW, but its data at the beginning of data collection were not so low: 38,151.75MW. In fact, the case of Germany was expected by The rise of self -consumption with more than 500,000 solar panels installed on the balconies. Spain’s capacity in solar and wind energy And Spain? It is the next country that follows the EU. The data shown by the Atlas are of the second quarter of 2024, which reveal that the energy capacity in megawatts is 54,068.67 exceeding 127.93% the capacity of the fourth quarter of 2017. In addition, solar energy is the source that More has increased In the same time parameter, achieving more than 254.55%. There are still things to polish. One of the main challenges is the handling of large volumes of data, since the platform processes the terabytes of satellite image and thousands of predictions related to solar and wind energy. In addition, for the data to be reliable, it requires a constant validation of the AI ​​algorithms. Image | GLOBAL RENEWABLE Watch In Xataka | A solar panel has been orbiting the earth for seven years. Now we know that space photovoltaic parks are viable

has created with Barcelona the computational axis that Spain needed

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IBM will display in San Sebastián your System Two With 156 cubits heron processor, The most powerful quantum computer in Europe. Operational at the end of the year, will make Spain one of the six world nodes of quantum computing, together with the US, Canada, Germany, Japan and South Korea. The Basque system will exceed The recent German IBM installationwhich operates with Eagle processors of 127 cubits. Why is it important. Quantum computing promises to transform the science of materials, physics and medicine solving unabordable problems for conventional systems. He System Two It already reaches the “quantum advantage”, executing impossible operations for traditional supercomputers. Its modular design will allow expanding capabilities while the mitigation of errors progresses, the greatest challenge of this technology. In figures. The Basque Government will invest 50.8 million euros in the project, part of a regional strategy of 120 million. The performance of the new processor is spectacular: 16 times more precise and 25 times faster than its predecessors. With 156 cubits, the Heron processor inaugurates what IBM calls “it was of quantum utility.” The context. The announcement coincides with the recent presentation of the first quantum computer with 100% European technology in the Barcelona Supercomputing Centercreating an axis of quantum excellence in Spain. Barcelona bets on European technological autonomy with a system developed by Qilimanjaro and GMV. San Sebastián is associated with IBM to access the most advanced technology in the market. Both strategies complement and position Spain in the European avant -garde. And now what? The IBM-Euskadi center will be available for scientists, educators and companies through its open source software Qiskit. Remote access will allow researchers from all over the world to take advantage of their abilities. According to Lehendakari Pradalesthis infrastructure “will be key to the digital transformation and economic development of the Basque Country”, facilitating international collaborations. Deepen. The quantum race accelerates. IBM plans for 2029 Your “Starling” systemwith complete errors correction, multiplying the possibilities of practical application. With two development poles in San Sebastián and Barcelona, ​​Spain emerges as a power in a field that will define the global technological future in the coming decades. In Xataka | Europe wants to lead chips research of less than 2 nm. ASML is the cornerstone of your plan Outstanding image | IBM

Mathematicians needed 300 years to demonstrate Fermat’s last theorem. Computers have not achieved it

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“I have found a really admirable demonstration, but the margin of the book is very small to put it.” It is what the 17th -century French mathematician Pierre de Fermat wrote when stating his His “last theorem”. Fermat’s problem took three decades to be found between the mathematician papers and three centuries until that admirable test was discovered. And yet the case is not entirely settled, only that the challenge is something different. Take it to a computer. He New challenge It is to make a computer to try the elusive theorem. That is the objective of a new project, FERMAT FORMALISINGled by Imperial College London. Fermat’s problem. Fermat’s last theorem “postulates that, if A, byc are natural numbers and not equal to zero, the an+bn = cn equation has no solution if n is greater than two. Formally demonstrating something is not as simple as trying it by rehearsal and error, and this demonstration, too complex for the “megish margin” of the Fermat’s notebook would be lost for centuries. The problem was resolved in 1994 by the British Andrew Wiles, who had begun to solve this puzzle with only 10 years. In 2016 Wiles was awarded the ABEL award, the award considered “The Nobel of Mathematics.” Almost one million pounds. Another 30 years after the resolution of the enigma and more than three centuries after the death of Fermat, a team of researchers, led by Kevin Buzzard, of Imperial College London, has put to work to take a different step, teach A computer to solve this problem. The new project It began at the end of 2024 and will last until 2029. It has a financing of just over 934,000 pounds and already begins to give some results, in the form of code fragments that are added to a Database in Github. What remains to be resolved.It can be contraintuitive, but this type of reasoning, which lead us to formally demonstrate mathematical theorems, are difficult to teach computers. Recently, Buzzard and other experts They explained the complexity of the matter to the French newspaper I monde. To begin with, we must take into account that the resolution of this theorem is complex, it is no accident that several generations of mathematics would turn the brains trying to find it. These mathematicians also had previous experience in the field of resolution of these types of problems. As Buzzard explained to the French newspaper, mathematicians have a base that allows them to “jump steps” when explaining the resolution to this problem. A computer, however, must start from scratch when building its own explanation for the matter. And all this, for what? “Fermat’s last theorem (…) has no applications, theoretical or practices, in the real world,” Buzzard pointed out A few months ago to the magazine New Scientist. So why so much effort to teach a computer to solve something we already resolved? The key here is not in the past but in the future. According to Explain the team at the head of the projectcomputers today can be used to attend mathematicians trying to solve problems such as demonstration of theorems, but there is an obstacle to materializing some forms of help. The problem, they point out, is that few mathematicians have focused on working with this software, so there are no tools that have the “definitions” used by mathematicians to solve these problems. Working on this problem should be used to create the necessary databases for solving similar problems in the future. In Xataka | We had more than a century trying to solve some mathematical problems. The AI ​​is starting to unravel Image | Diofanto’s arithmetic / Pierre de Fermat by Rolland Lefebvre

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