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A company has created a humanoid robot of 38,000 euros and can already be reserved

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Imagine it: A humanoid robot serves you a glass in your favorite bar, another directs traffic with millimeter precision and, in the bank or in the hospital, a human aspect welcomes you. Some even find a company in these automatons designed to look empathic. In a world in constant progress, the future seems clear: humanoid robots will be everywhere. How much is missing for this vision to come true? We do not know with certainty. Nor what unknown challenges will arise along the way. What is a fact is that the career to develop humanoids is more intense than ever. And in that global competition, With companies from the United States and China in frontthe last movement of China Ubtech Robotics does not go unnoticed. A real -scale humanoid. The Beijing and Ubtech Robotics Humanoid Robots Innovation Center have made known Tien Kung Xingzhe, a humanoid robot with dimensions similar to those of an adult. As we can see in the images, its design is quite futuristic, with a metal torso in gray and black tones, articulated arms and a head without facial features. But beyond its aesthetics, it stands out for several advantages: Advanced biomimetism. Its structure and movements are designed to imitate with great precision those of a human being, allowing him to interact more naturally with his environment. Maximum stability. It can move fluently even in complicated land such as mountains, stairs, sand or snow, without losing balance or compromising your performance. Disated to resist impacts. The key parts of the robot are manufactured with titanium alloy, which should reduce the total weight without compromising its structure. High performance and efficiency. Designed to operate with precision and stability in research environments, guaranteeing reliable and consistent results. Gran expansion capacity. It is compatible with additional modules such as depth cameras, lidar, strength sensors, collaborative arms of seven degrees of freedom and robotic hands of five fingers, which allows you to adapt to different needs. The Tien Kung Xingzhe has a bionic torso configuration and an anthropomorphic movement control system, which allows it to move with surprising fluidity. It has 20 degrees of freedom (DOF), that is, 20 articulation points that allow it to imitate with greater realism human movements. The more degrees of freedom has a robot, the more precise and natural its displacement will be. A robot for research. Despite the advances in robotics, the humanoids we have seen in science fiction are still far from reaching our homes. Therefore, Tien Kung Xingzhe is designed for the world of research. Its price, 299,000 yuan (about 38,000 euros), places it in an accessible category for development centers and universities. In line with its purpose, it has an open structure that allows access to its motor, sensors and movement control interfaces. It also includes documentation and code examples to facilitate customization and development of new applications. Do not wait too long. For those who closely follow the evolution of humanoid robotics, the Tien Kung Xingzhe is now available for early orders in China and deliveries are planned to begin in the second quarter of this year. If the deadlines are fulfilled, an Asian company could have advanced to several of the proposals that are being developed in the United States. It is true that we talk about different categories: while Kung Xingzhe is designed for research, other companies, such as Tesla with their Optimus robot, seek to produce mass humanoids for industrial tasks. However, in terms of early availability and adoption, China seems to be taking more than interesting steps. Images | Ubtech robotics | SINA In Xataka | China’s robots represent an existential threat to the US, according to semi -health experts

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

Some scientists have created a camera that detects faces at 100 km

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China continues to progress without technology brakes. Although many innovations focus on the civil sphere, others reinforce their military and intelligence power. Proof of this is an experimental system that promises to analyze objects kilometers away. We are talking about a technology that could promote an important leap in its espionage capabilities. The information comes of South China Morning Postwhich details how a team from the Aerospace Information Research Institute of the Chinese Academy of Sciences has achieved successful observations with an innovative laser system. This operates in optical wavelengths and helps obtain huge distance images, if certain conditions are met. A new observation system As we can see in the visual representation, the researchers displayed the system on a shore of the Qinghai lake, an immense Alpine lake in the remote northwest of China. On the other side, to 101.8 km awayThey installed a set of reflective rhymes. The impressive thing is that, despite the huge distance, the system managed to distinguish details of just 1.7 mm wide. The laser makes the difference. They say that it reaches an accuracy of 15.6 mm when measuring distances, which theoretically leaves the spy and telescope chambers with lenses, surpassing them by a factor of 100. Now, the observations must be made with optimal climatic conditions, stable wind, low cloudiness and, in observations of the orbit, clear skies. Although the tests have been performed on land, the Hongkonés newspaper points out that this technology could be used for espionage from space. Its unprecedented capacity to capture details would allow Identify faces from orbit Or, in reverse, analyze satellites from adversary countries with great precision from the surface of our planet. If the question is how they have achieved it, the answer is in a combination of innovations. To begin with, the researchers divided the laser beam into a 4×4 microlent matrix, which allowed to expand the optical opening of the 7.2 mm system (0.68 inches) to 68.8 mm (2.71 inches). With this approach, they managed to overcome the usual limitation between the size of the opening and the field of vision. In addition, they incorporated a specialized laser module capable of emitting signals with frequencies higher than 10 gigahecks. Thanks to this, the system reached an extremely fine range resolution, allowing distance measurements with great precision. At the same time, a narrow color spectrum was maintained to improve the resolution of the azimuththus optimizing detail detection. Images | Chinese Academy of Sciences | Bernard Hermant | POT In Xataka | Anuuu is thrown over another problem: China prepares to lead the manufacture of chips for advanced weapons

Some researchers have created a pill that mimics the effects of the lack of oxygen. They have a good reason

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Height evil is one of the problems that professional mountaineers and occasional visitors who decide to ascend to certain altitudes must face. This disorder is related to the lack of oxygen, hypoxia, which occurs in these environments, but now a pharmaceutical company wants to turn it around. Turn that “evil” into a “good.” Hypoxystat. Transform the mountain air, or rather, the absence of air of the mountain, into a pill It is the proposal of the Gladstone Institute and Maze Therapeutics laboratories. The new drug has received the name Hypoxystat and its goal is to fight against metabolic disorders such as Leigh Syndrome. Mountain air. It might seem crazy idea, but reducing the amount of oxygen that enters our body can make sense in certain senses beyond high performance sport. Living in a mountainous area can benefit people with Leight syndrome, a mitochondrial disease that affects childhood. This disorder occurs when the mitochondria, the organelle in charge of feeding the rest of the cell is not able to consume all the oxygen it receives. This leads to a dangerous accumulation of oxygen that ends with cells and tissues and, ultimately, with the patient’s life. “It is not practical for each patient with this disease to move to the mountains,” Explain in a press release Isha Jain, who has led the recent study of the drug. “But this drug could be a controlled and safe way to apply the same benefits to patients.” 2016. Almost a decade ago, a team, in which Jain herself participated, discovered that mice with this syndrome responded well when they were exposed to air with a lower amount of oxygen, the equivalent of that which can be found at heights of 4,500 meters (a upper altitude in almost a kilometer to the Teide peak). The lack of oxygen caused it to stop accumulating in the cells. The new compound could achieve a similar effect in a different way: focusing on hemoglobin, the molecule that transports oxygen in our blood. The new compound causes oxygen to be linked more easily to hemoglobin which may sound contraintuitive, they explain. However, this fact also makes it difficult for the molecule to deliver oxygen to the cells of our body. Concept test. The new drug has been developed Maze Therapeutics to fight anemia. The Gladstone Institute team, from the University of California San Francisco, found the substance when looking for a compound capable of reinforcing the bond between hemoglobin and oxygen. As a treatment, Hypoxystat is still in early development, but has already begun to succeed in mice. The details of these tests have been published recently in an article in the magazine Cell. Promising results. Although for now the studies are limited to rodents, they invite cautious optimism. The team observed, for example, that the compound had therapeutic capacity both in cases where it was administered before the appearance of symptoms and in cases where mice were already in advanced stages of the disease. In Xataka | We did not know why some superbacteria were resistant to antibiotics. This AI has found it in two days Image | Gladstone Institutes

The most precise map of the Earth has been created by a team of physicists. And it has little to do with what we are used to

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One of the great challenges of cartographers trying to create world maps is the impossibility of recreating the surface of a sphere in a plane. At least faithful, precise and legible. The map on disk. He last attempt For creating a map that minimizes the distortions associated with the representation of the surface of the sphere in a plane has given a curious result: a plane whose authors compare it with a vinyl disk. The reason is that on this map our planet is represented as two circles, one showing the northern hemisphere and another the south. The map has imperfections, but its authors consider that it is the most faithful projection to date. “You can’t do everything perfect,” pointed in a press release Richard Gott, one of the authors, “a map is as good in a thing as it may not be to represent other things.” A problem of (more than) half an millennium. Humanity has known for thousands of years that Earth is spherical, but this rarely was a problem for two reasons. The first is that the cards only included the Eurasia and Africa region, the Americas, Oceania or Antarctica did not enter the maps until To this we must add that the maps were not so precise that the distortions of This problem They will charge relevance. Many times they didn’t have to be: it was not until the modern era that cartographic precision began to be vital, especially for those who threw themselves into the sea. From Mercator to Winkel Tripel. Mercator’s projection is a of the oldest And even today is one of the most used. This projection was created in the 16th century by Gerardus Mercator with the intention of facilitating transoceanic navigation. While this map maintains precision in the shapes of the elements such as seas or countries, The sizes are significantly distortedmaking areas close to the poles more with respect to those located in Ecuador. A lot of history. Centuries of work have led less distorting maps. Among them, the authors of this new plane include the Winkel-Tripl, a projection created by German cartographer Oswald Winkel in 1921. This map is not so helpful for navigators and still has distortions around the poles, but represents a commitment . It is also the representation used by the National Geographic Society. “Disco” version, showing here on the obverse and the reverse on the same plane. Gott et al. Scoring the maps. If the plane is not perfect, why do your authors think it is close? In 2007 David Goldberg and Gott itself created a maps score system based on six criteria: local forms, areas, distances, flexion, asymmetry, and cuts. The punctuation system is inverse: a spherical mapamundi would have a score of 0.0, and from there, any added distortion would add greater score. The punctuation system was introduced into An article In the magazine Cartography: The International Journal for Geographic Information and Geovisualization. Being work of the same team does not result from this letter to be able to minimize the score. If the Winkel-Tripl had a score of 4,563, the new map Reduces error to 4,497 points. The “trick.” The new projection presumes to achieve better scores than its alternatives in the six variables stipulated by Gott and its team, however there is one in which it emphasizes particularly thanks to a trick, that of continuity. If we take any map we will see that there is a cut, usually located in the Pacific Ocean, between Asia and Oceania, and the Americas. This is a great source of distortison according to Gott’s criteria and his team. Your solution: a disc with two faces. The Gott map is raised to present itself in the form of an disk, which gives continuity to the “cut” we see in Ecuador (and that, that, The authors explain The map could also be placed along the zero meridian). From Earth to the confines of the cosmos. The authors of the new map took advantage of their new projection to Cartogarafiar Other other elementsfrom the planets of the Solar System to the celestial vault, including a story map Microwave cosmic background. In Xataka | The real size of all countries in the world, compared to the size of the maps In Xataka | The map that teaches us what the world will be like within 250 million years Image cover | Rectangular version of the projection of Gott, Goldberg and Vanderbei *An earlier version of this article was published in February 2024

A university has created a class to help them overcome their telephobia

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Generation Z have been the first generation of 100% digital natives. Have grown with a Smartphone in the hands as an extension of themselves and with permanent Internet access that allows them to do anything with just a couple of clicks. However, there is something that makes less and less: telephone. His phobia a Talk to someone by phone It is such that even a university in the United Kingdom has implemented a class to help its younger students deal with their “telephobia.” Don’t call me, I’m Genzer. A survey of the British Uswitch hiring and telecommunications platform revealed that 23% of young people between 18 and 34 years in the United Kingdom Never attend phone calls. One of the reasons is because, 56% of respondents assume that the call is associated with bad news. The increase in spam and fraud calls has also caused the youngest Extent the calls. Instead, others prefer Asynchronous communication systems such as text messages, emails or social networks, which allow them to think before responding, avoiding the immediacy and possible discomfort of a telephone conversation. Telephone, the new Z disease. According to He informed The British BBC, Nottingham College is organizing training sessions for her students in which trust and protocol are worked during phone calls to help young people from generation z to overcome their phobia to make or receive phone calls, a syndrome known as Telephobia. Liz Baxter, an advisor to that university, assured the BBC that “young people simply have no confidence” to use the phone as their parents or grandparents did, and that leaves them in a clear labor disadvantage. “Telephone -related anxiety is something we are often,” Baxter explained. Telephone anxiety. As he counted Zoia Tarasovasocial anthropologist to Fortunethere are several reasons why generation Z can feel apprehension when speaking on the phone. “This reflects a broader fatigue with immediacy and urgency, where people have tired of the culture of discomfort and obsession with efficiency. People are silently rebeling against this immediacy taking their time to respond to those calls “Tarasova said. Written communication gives them greater control over how they are presented and how they respond. They can edit their messages to reflect exactly what they want to express and find information before answering to avoid uncomfortable or misunderstood situations. In addition, young people fear not knowing what to say, mistake or not understand the other person well, and they are worried about interrupting someone or being interrupted, which they consider disrespectful. Telephone subject. In the telephone communication class, young people affected by Telefobia practice the roles of each interlocutor simulating phone calls to communicate effectively by phone. The objective of this class is to provide students with the tools and trust necessary to develop with ease in This type of conversations. They are taught to plan the calls, to actively listen, to answer questions clearly and concisely, and to handle difficult or unexpected situations. Some of the practical exercises they perform is to call restaurants to obtain information about their schedules or ask about products availability, so that their skills are improving. It is not a minor problem. Unlike Other technologies They can be more or less obsoletetelephone calls are a tool that is still very present in the workplace. That conditions very seriously to those who suffer from Telefobia since they subtract them Opportunities in the labor market. Casey Halloran, executive and co -founder director of the online travel agency Namu Travelexplained to Fortune that telephobia had become a very real problem in its office. “He has never seen anything similar to the generational gap” that exists between the older and young agents. “We have been doing extensive training, offering incentives, observing calls with our veteran representatives and even hiring a business psychologist. After more than two years of this fight, we are almost at the point of giving up and adopting the SMS and the webchat in Place to continue fighting against wind and tide, “the manager lamented. In Xataka | The z -manage the nets than boomers, but have a problem: but they have a much more chew Image | Unspash (Brooke Cagle)

The new space race has created Boomerang scrap. The probability that clash against a plane has also increased

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We are launching more rockets to space than ever. Between China and Spacex, they occur releases every few days in a new space race with multiple objectives on the horizon. It’s something that is lowering space transportationbut also generates a new problem: the amount of scrap that orbits our planet. And this generates another conflict: with more satellites and rockets in orbit, the risk that a fragment of some of them hit a plane is increasingly high. At the University of British Columbia they have proposed to analyze it and have determined that, to anyone’s surprise, the consequences of the clash would be devastating. The problem. Beyond the test rockets, transport of goods and people, something that is causing more and more launching are the satellites that bring the internet to any corner. There are several players in this segment, but Spacex carries the front with its program Starlink. These satellites are sent in rockets that, when they fulfill their function, lose height and return to the planet. Some partially disintegrate and others, to the re -enter the atmosphere without controlthey fall anywhere. The ocean is usually the main receptacle, it is also possible that they fall in urban areas or that, on their way, they clash against a plane. The probability. First of all, tranquility: the risk that these space debris impact an plane is still low, very low. According to The Aerospace Corporation, in 2021 (when they were thrown, but it was not the current fever), that risk was one between 100,000, or 0.001%. The system predicted, taking into account future releases, which by 2035 would rise to seven out of 10,000, or what is equal to 0.07%. It is, as we say, a low probability, but that is there. In the study From the University of British Columbia they have analyzed how all this depends on air traffic density. Taking as an example the traffic of September 1, 2023, and the United States as a area, we can see that, every year, there is a 99% probability that the resentments of rocket bodies occur in green areas, 75% in the yellow, 26% in oranges and 0.8% in red. Las Rojas are the most activity areas, such as the main airports, oranges are large cities and green and green move away from urban nuclei and, therefore, from the agglomeration of airplanes. Long March 5B. Beyond the direct clash of this space scrap against a plane, something whose probability remains exceptionally low, there is another problem: the danger of happening and leads to the decision to cut the airspace. On November 4, 2022, the body of the Long March 5B rocket, 20 tons of weight, re -entered the atmosphere, falling on the Pacific Ocean. All good, but it might not have been like this: the entrance location was the product of chance, since the body of the rocket was abandoned in the orbit and a planned design was not made for the re -entry of the remains. Consequences. The night before the reentry, different surveillance agencies, as well as the European Air Safety Agency, issued reports in which they encouraged national authorities to restrict airspace “in a corridor of at least 70 kilometers and up to 120 kilometers on each side of the estimated reentry trajectory ”of the rocket. Spanish and French authorities complied with this and They closed part of their airspace. As a result, 645 flights were delayed, with an average of 29 minutes per plane. In addition, some airplanes that were in full flight had to return to the origin airport or take a detour. It was the evidence of a lack of planning, anticipation and control over this space scrap. Interestingly, Portugal, Italy and Greece did not make the decision to close, generating other problems in their airports due to the unexpected increase in air traffic due to deviant flights. In purple, the airspace closed by the Long March 5B. In blue, his career and fall Solutions. Unfortunately, although this is a problem that will go more, controlling the reentry of space debris is not something that has an immediate solution. The researchers propose that those responsible for launching rockets also invest in controllable reentry technologies so that they do not enter the atmosphere unpredictably. These technologies include engines capable of re -effective to partially direct the rocket, but also a better mission planning so that the rocket falls into a remote area of ​​the ocean, far from populations and, evidently, air traffic. The problem is that, although the technology is there, they estimate that less than 35% of the launches perform these controlled inputs and, with 2,300 bodies in orbit with an annual increase of between 30 and 40 bodies, the risks will continue to increase. In 2001, the titanium engine coating of the third stage of a Delta 2, with a weight of approximately 70 kg, landed in Saudi Arabia, about 240 km from the capital Obviously, it is also a huge money expense, so achievements such as catch the Starship propeller and the advances of Spacex engineers so as not to have launch and throw rockets They are so important. And a global protocol is also necessary to manage these resentments and make coordinated decisions, not to delegate everything in an aeronautical industry that is not responsible. In the end, it is much more likely that there are alterations in air traffic due to this space garbage than to the clash of one of these remains with a plane, but whenever this probability is not zero, solutions must be contemplated. Images | Nature, Spacex In Xataka | The capture of the Super Heavy changes everything: Spacex has gone from being 9 years ahead of the industry to not having a rival

He has not created a superhero, but radiation has given healing powers to the most unexpected material: to concrete

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It is difficult to imagine a world without concrete. This material has been fundamental in the history of mankind And it is still a pillar in modern construction. Although we are exploring more sustainable alternatives such as woodthere are constructions in which the concrete remains the clear protagonist. An example is nuclear power plants, which need to be resistant and well isolated. And a new study has investigated The effect of nuclear radiation on concrete. The most surprising thing is that radiation bombardment has an effect … curative. The study. The researchers at the University of Tokyo were not looking for a U -cement Self -backreparable concretebut the impact of nuclear radiation on concrete. Being the main structural material and armor in nuclear centrals and reactors, there is a concern about how radiation influences the aging of that armor. Specifically, the objective was to verify what is the impact on quartz, a common material in the rock that is used in the mixture of concrete, regardless of the part of the world in which that mixture is manufactured, and measure the impact on quartz It can help us understand how radiation affects the structure of the building. The good news is that, in theory, these concrete structures are more stable in the long term of what was believed, since radiation induces relaxation processes in quartz that allow some recovery of their internal structure. Irradia the quartz. To carry out the study, the effects of the irradiation of neutrons in different types of quartz were investigated. The synthetic, metacuarcita, sandstone and granodiorite quartz were irradiated at a temperature between 45 and 62 degrees Celsius, with a damage by displaced atom that ranged between 0.01 and 0.23 units. IPPEI Maruyama is one of those responsible for the investigation and Comment That the flow of neutron radiation “distorts the crystalline structure, causing amorphization and expansion.” This would be something negative because it implies that the material is not stable, but the surprising thing is that, due to the role of silicon and oxygen within the quartz grains, a healing process is triggered that mitigates the expansion of the volume of the material induced by Radiation. Self -repair. “At the same time there is a phenomenon in which distorted crystals recover and the expansion decreases,” says Maruyama. This is something that depends on the size of mineral crystals within concrete. For example, the largest grains showed a lower expansion, so the degradation of the concrete, which is one of the current concerns when building and maintaining nuclear centrals, could be less severe than what was thought. Likewise, the researcher confirms that “a lower radiation rate allows more time for self -reparation”, allowing nuclear energy plants to “operate safely for longer periods of time” of which it was expected initially. Next steps. There are still questions to be resolved, since the same team comments that they have a task ahead. The University of Tokyo’s team has been studying the impact of radiation on concrete since 2008, but confirms that it is an expensive field of study, so carrying out extensive research is not easy. Now, with this finding, Maruyama is confident that they will continue to explore the impact of nuclear radiation beyond quartz to, for example, see if that expansion phenomenon occurs in other minerals that make up the concrete. The objective is not only to predict how cracks are formed due to the expansion of minerals that are being bombarded by radiation, but how to select the best materials to create a much more resistant concrete for future nuclear energy plants. Beyond the centrals. We will have to see the next steps of the researchers to strengthen those first opinions of the study, but it is evident that getting a self -realistic concrete is an obsession. Due to CO2 emissions during its productionto what Its maintenance is very expensive Since it is ending world -sand reserves, having a material that repairs itself is something that different teams throughout the planet have been investigating for years. And progress has been made, such as mixtures with sugar either coffee that allow some self -repair of concrete. We will see, yes, what takes to use that new concrete on a day -to -day basis. Image | SAM300292 In Xataka | We use both cement that has become a serious problem. Solution: replace it with garbage

Some researchers claim to have created an AI as good as those of Openai and Deepseek for $ 50. And the data is real

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The cost of training of models of artificial intelligence (IA) More advanced is in the spotlight. And it is understandable that it is so. The irruption of the Chinese company model Deepseekwhich presumably has A moderate training costhas questioned the strategy and investments deployed so far by OpenAi, Google or Microsoft, among other companies. A brief review before moving forward: those responsible for Deepseek argue that the infrastructure they have used to train their agglutin model 2,048 chips H800 of Nvidia. And also that this process with 671,000 million parameters has cost 5.6 million dollars. However, some analysts defend that these figures do not reflect reality. The report prepared by SEMIANALYSIS He maintains that, in reality, the infrastructure used by Deepseek to train his AI model approximately 50,000 NVIDIA GPU with Hopper MicroAritecture. According to Dylan Patel, AJ Kourabi, Doug O’Laughlin and Reyk Knuhttsen, at least 10,000 of these chips are GPU H100 of Nvidia, and at least another 10,000 are GPU H800. The remaining chips, according to these analysts, are the cuts cut H20. The ‘S1’ model takes more firewood On January 31, a group of researchers from Stanford University and the University of Washington, both in the US, published in the repository of open access scientific articles Arxiv A text in which it claims to have managed to train an AI model with reasoning capacity and benefits comparable to those of OPENAI or DEPEEEK O1 models facing an investment of just under $ 50. A boat soon seems impossible. With that money a priori it is absolutely unfeasible to train an artificial intelligence model. And less an advanced and capable of competing from you to you with those of OpenAi or Deepseek. However, it is true. To understand how they have achieved it We need to investigate the strategy they have devised. On the one hand, those 50 dollars represent the cost of renting the cloud computing infrastructure to which they have resorted to carry out the training. It makes sense if the time invested is very moderate. ‘S1’ has been elaborated from the free qwen2.5-32b model developed by the Chinese laboratory Qwen But there is something else. Something very important. His reasoning model, which they have called S1, has been elaborated from the free artificial intelligence model QWEN2.5-32B developed by the Chinese Laboratory Qwen, alibaba. And its reasoning process is inspired by the GEMINI 2.0 Flash Thinking Google model. They have not left zero at all. An interesting note: the S1 model is available in GITHUB together with the data and code used by these scientists to train it. On the other hand, the training process lasted less than 30 minutes using only 16 NVIDIA H100 chips belonging to the cloud computing network used by these researchers. From here comes the cost of Somewhat less than 50 dollars. However, there is another data that is worth not overlooked: the S1 Reasoning Model has been generated by distillation of the Gemini 2.0 Flash Thinking experimental model. Distillation is, in broad strokes, an automatic learning technique that allows the knowledge base to be transferred from a large and advanced model to a much smaller and efficient. This strategy saves many resources, although it does not serve to create models from scratch. Beyond the caraded 50 dollars of cost, the really important thing is that, as we have just verified, it is possible to put to tuning models of very competitive facing a much more restrained investment than those made by the large technology companies so far. Image | Luis Gomes More information | Arxiv | GITHUB In Xataka | Samsung is preparing to give TSMC a bars where it hurts most: the manufacture of the chips for ia

In the 90s Japan he created his own “Truman show.” A real one, starring a naked, alone and famel

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“The only person who really understands what Tuman felt, for what happened, it’s me.” The phrase is Volume Hamatsuaka ‘Nasubi’, a 49 -year -old Japanese comedian, and the Truman who refers to is not The former president from the US or the author of ‘In cold blood’ nor any other character of flesh and blood that has used that name ever. No. Nasubi talks about the truman who plays Jim Carrey in The movie 1998 directed by Peter Weir in which the adventures and misadventures of a man who star in a Telerreality program is narrated Without having the slightest idea. If you have seen it, you know how delusional your argument is. If not, there goes a quick summary: Truman Burbank is a thirty -year -old who leads his whole life as the star of a very popular reality whose existence does not know. Everything in his life is false, pure dare, figures and script. Your family, actors. His friends, actors. His work and home, a set. All 100% designed material for Prime Time. Although he doesn’t know so that he reality Be much more real. With such a story the logical thing would be to think that Nasubi exaggerates when he says that he is “The only person” capable of empathize “really” with the character of Truman; But the truth is that he knows what he is talking about. The Japanese comedian was not born and grew up on a television set, but at the end of the 90 realityin his country as popular as bloody and crazy. And without knowing it. Last year his experience was rescued in a documentary, ‘The Contest’directed by Clair Titley, and now recovers it ABC News To probably remind us one of the most delusional stories in television history. An aspiring famous comedian Nasubi’s case started in 1998 with a stroke of luck. Throughout his childhood he had aspired to become A famous comedian In Japan, so a good day decided to appear at the casting of a reality of the country entitled ‘Hisunu! Denpa Shōnen ‘. There he met another twenty loop comedians who had to choose between several cards. In Nasubi’s, who was about 22 years old, put “winner”. A luck. Or so he believed. The fact is that this card gave him the right to make the producers put a headphones, they bandaged his eyes and put him in a car without giving him explanations. “Then they took me to a room and forced me to undress completely because they wanted me to start from scratch. They took all my clothes“, Relatize ABC News. In it tiny apartment In which they left him alone and in leather he found a woner, a phone, a ball, blank postcards, a radio, a television without connection, a pillow, a gas burner, a shower and the services fair and essential for survive. And for fair we talk about heating, running water and electricity. Nothing else. No clothes. No food or bottled water. And of course Nothing company In his peculiar confinement. What explained to him? What was the goal? Nasubi was only told a part of the project. Incomplete and, so it is deduced from His testimonydiffuse enough so that he did not know what he participated in. The idea was that the young man complete a challenge that consisted of surviving with what he won in the raffles of magazines and radio programs. Hence the postcards, the ball and the magazines. The contest would end when the symbolic sum of one million yen (around 6,100 euros to the current change). If that happened they would give him a cash prize; Although what Nasubi really ambition was the other promise of the contest: launch your comedian career. Were you guarantee that it was to achieve it? None. The young man was given a camera with which he had to be recorded more or less Every two hours And I also knew that I was being filmed. With all that material, they explained, a comic program could then be mounted that perhaps (and only perhaps) would be broadcast on Japanese television. The promise was enough for Nasubi to continue without having an exact idea of What was really doing with videos. The promise of the prize and fame sufficient. After all ‘Hisunu! Denpa Shōnen ‘ It was a popular program that was broadcast on Nippon TV between 1998 and well entered 2002. If I wanted to leave at some point, Nasubi had the open apartment door. No one prevented him from crossing her. But he didn’t. Apart from the obvious motivation, which had been left totally naked, one of the questions that have been asked since then is why he moved on. The young man Recognize ABC News that “felt silent pressure.” “The person I was talking with was a very famous television producer, so I thought it would be better for my future in the entertainment industry not to go against him. I was trying to make me a name.” “I think there are many reasons,” explained last year to the BBC Tiley, director of the documentary on Nasubi. “One is very stoic and that is due to its place of origin, Fukushima, and her parents, who were very strict. He is also a very loyal person. He did not want to get into trouble and He was very young and naive. It is still incredibly confident. There is also that samurai spirit of ‘I will prevail and endure’ “. Endured. What if he endured. Nasubi was 15 months Living only in that apartment, naked, subsisting with what he earned by participating at a distance in magazine or radio raffles. The young man He came to recognize to To This American Life that during the first days he lost so many kilos that the producers ended up intervening to bring bread and water. Although that help lasted little. Only until he started earning money. What I got however It didn’t always serve … Read more

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