The house of the future that is sold on Amazon at $ 54,000 and can be paid up to 12 months

With a real estate market current Amazon They are offering on their alternative platforms of more affordable properties. Through the website of the Electronic Commerce giant is being sold A luxury house “Capsule-F7 House Kit” for only $ 54,000 dollarswhich has the possibility of paying for up to 12 months. According to the product description, the construction of the housing is high quality galvanized steel, totally furnished With bedroom, kitchen, bathroom, air conditioning, 5 panels of USB switches/panels and more. The housing manufacturer promises durability and ensures that the house has a floor load capacity of 562.2 lbs/m² with “Wooden floors, aluminum curtain walls and double -glazing tempered glass windows”stands out. The house is delivered assembled and is perfect for those owners who want to have airbnb rentals “This capsule adapts to various environments and applications with ease”. Amazon also has other prefabricated housing options with prices below $ 50,000 on its website. Continue reading: –Amazon Fire TV Omni Mini-LED: A premium TV for less than $ 700 ideal for the Super Bowl–Amazon sells portable prefabricated house with kitchen and bathroom equipped for $ 15,000–Amazon sells a living carpet: from $ 149 to $ 43 (Tagstotranslate) Amazon

The future of quantum computers depends on helium-3 from the Moon. There is already a plan to start bringing it in 2029

Helium is the second lightest and most abundant chemical element in the universe, if we stick to ordinary matter. It is only surpassed in this classification by hydrogen. This noble gas accounts for between 24 and 26% of the total mass of stars, which are also responsible for manufacturing it. fusing hydrogen nuclei inside through the reactions of nuclear fusion that they carry out naturally, and which we talk to you about in quite some depth in the article that we dedicate to the life of the stars. Still, most of the helium in the universe was not made by stars: it was produced by the Big Bang, which is why scientists refer to it as “primordial helium.” But the most curious thing is that, despite how abundant it is in the universe, it is scarce on Earth. Its great lightness caused most of the helium contained in the cloud of dust and gas from which our planet was formed to escape gravitational confinement. Be that as it may, the real protagonist of this article is not the normal helium that we have all heard about; It is helium-3, an isotope that may play a crucial role in nuclear fusion reactions that will possibly help us solve forever our energy problems. And also in other areas, such as, for example, in dilution cooling systems that use superconducting quantum computersas well as other emerging technologies. Interlune plans to test the extraction of lunar helium-3 in 2027 Most of the helium that we can find in the universe has taken the form of an isotope known as helium-4, which is characterized by having two protons and two neutrons in its nucleus. Although, as we have seen, most of it was lost during the formation of the Earth, this gas can also arise as a result of natural radioactive decay of heavier chemical elements, such as uranium, radium or thorium, which are relatively scarce on our planet. The only difference between helium-4 and helium-3 is that the latter isotope has one less neutron in its nucleus. That’s all. We know that helium-4 nuclei have two protons and two neutrons, so helium-3 nuclei will have two protons and a single neutron. It may seem like an irrelevant difference, but it is not. It is a very important difference because the physicochemical properties of the element vary as a consequence of their lower atomic mass. And, in the case of these two isotopes of helium, their behavior also changes from the point of view of quantum mechanics. The solar wind spreads helium-3 throughout the solar system and beyond, causing it to reach surrounding planets in relatively large quantities. The bad news is that if helium-4 is relatively scarce on Earth, helium-3 is even more so. Stars, like our Sun, produce it in large quantities as a result of nuclear fusion reactions between hydrogen nuclei that occur when they are in the main sequence stage during which they burn most of their fuel. Once created, the solar wind spreads helium-3 throughout the solar system and even beyond, causing it to reach surrounding planets in relatively large quantities. The reason why this gas hardly accumulates on Earth is that our planet has a double protective shield: the atmosphere and the Earth’s magnetic field. These two barriers represent a very effective defense against the solar wind and cosmic radiation, which reaches the atmosphere mainly in the form of protons and high-energy alpha particles. The Moon, unlike the Earth, has no atmosphere, so it lacks this protective shield. Additionally, its magnetic field is much weaker than Earth’s and is not dipolar. The terrestrial, on the other hand, can be approximated to a magnetic dipole, so the magnetic field lines are directed from the north pole to the south pole. All this causes the surface of the Moon to be much more exposed to cosmic rays and the solar wind than the surface of the Earth, causing very significant quantities of helium-3 transported by the solar wind to accumulate there, which is deposited in rocks and lunar dust, a few meters deep. Up to a million tons of regolith need to be processed to obtain a single kilogram of helium-3 The first challenge that humanity will have to solve to appropriate the helium-3 accumulated on the Moon is none other than the processing of lunar regolithwhich is the loose layer of soil and rock fragments that covers the surface of the satellite. Interlune, a company founded in Seattle (USA) in 2020, plans to extract the regolith and process it using compact harvesting robots that, according to this company, are very efficient. The problem is that lunar dust is very abrasive, and, in addition, up to a million tons of regolith must be processed to obtain a single kilogram of helium-3. Even so, this company plans to test the extraction of this isotope with a lunar mission in 2027, and in 2029 it intends to build a pilot plant on the Moon. It sounds good, but a priori these dates seem excessively optimistic. Additionally, it is still unclear how much it will cost to transport lunar helium-3 to Earth using space vehicles. Be that as it may, we can be sure that it will not be easy or cheap to do so. Image | Pixabay More information | Quantum Insider In Xataka | Graphene is ready to break into quantum computers: scientists plan to use it in a new type of qubit

This is conquering the key technologies of the future

The tension held by the US and China for more than five years is due to a very evident purpose: these two countries are disputing world supremacy. It is no secret. In fact, the government led by Joe Biden Openly recognized In the document that collects your National Security Strategy October 2022 that China has the necessary capacity and resources to dispute the US Its world leadership position. The following literal extract of this document reflects very clearly why the US government considers China a threat: “The People’s Republic of China (RPC) is the only competitor that has both the intention of remodeling international order and every time, every time Moreover, the economic, diplomatic, military and technological capacity to do so. The social, economic, military and technological development that the country led by Xi Jinping has experienced during the last two decades supports this conclusion. In fact, China is currently a world leader in five key technologies from a strategic point of view because of the relevance they already have, and, above all, due to what they will have in the future. And in other bids increasingly high. Even so, there is an area in which this gigantic Asian country still seems to be far from reaching a domain position: The semiconductors. These are the five strategic technologies in which China has already managed to lead One of the objectives of SANCTIONS TO CHINA that the US and its allies have deployed during the last two and a half years is to stop the development of the Chinese semiconductor industry. And to achieve this, the US governments, the Netherlands and Japan have banned their manufacturers of lithography equipment, among which are ASML, Tokyo Electron either Apply materialssell your most advanced machines to your Chinese customers. China is world leader in unmanned aerial vehicles, solar panels, graphene, high -speed trains, electric vehicles and lithium batteries Chinese lithography equipment manufacturers have the support of the XI Jinping administration to develop machines from extreme ultraviolet lithography (UVE) as soon as possible, but due to its complexity with all probability They will not be ready before five years. In addition, most semiconductor experts, including Chinese technicians, defends that China is Between 5 and 10 years more backward than the West in the development of photolithographic equipment. The country of Xi Jinping, as we have just seen, does not lead in chips. However, as we can verify in the graph that we publish under these lines, it is the world leader in non -manned aerial vehicles, solar panels, graphene, high -speed trains, electric vehicles and lithium batteries. This graph has been prepared by JOSTEIN HAUGEwhich is professor of economics at the University of Cambridge (England), taking as reference the data collected by Bloomberg Intelligence and Bloomberg Economics. This leadership position in these areas is the result of the “Made in China 2025” plan announced by XI Jinping himself in 2015. His starting point in some of these technologies, such as solar panels or practical graphene applications, was very solid a decade ago, but still there is no doubt that this strategy has been a success. And, in addition, it will remain in force to allow China to fight from you with other great powers for leadership in semiconductors, Quantum computers, artificial intelligence either Robotsamong other technologies that have enormous strategic relevance. Key Technologies of the Plan ‘Made in China 2025’ 2015 (real data) 2024 (real data) 2030 (expectation) Unmanned aerial vehicles Global leader Global leader Global leader Solar panels Global leader Global leader Global leader Graphene Global leader Global leader Global leader high -speed trains Competitive position Global leader Global leader electric cars and lithium batteries Competitive position Global leader Global leader Liquefied natural gas transport ships (LNG) Competitive position Competitive position Global leader medications Behind market leaders Competitive position Competitive position Great tractors Behind market leaders Competitive position Competitive position industrial machinery Behind market leaders Competitive position Competitive position Robots Behind market leaders Competitive position Competitive position artificial intelligence Behind market leaders Competitive position Competitive position semiconductors Behind market leaders Competitive position Competitive position Commercial aircraft Behind market leaders Behind market leaders Competitive position China’s domain is indisputable The “Made in China 2025” plan has a very clear purpose: cease to be the world’s factory and consolidate as THE MOST SUPPLIER OF SERVICES AND PRODUCTS high value of the planet. As we have just seen, the country led by Xi Jinping has failed to lead in integrated circuits, artificial intelligence, robots, commercial aviation or medicines, among other areas, but its domain of the market of solar panels is overwhelming. China’s quota in the world photovoltaic cell market Broken 80%and for the moment only India seems to have the ability to disturb him in the long term. Its manufacturing capacity is 17 times greater than the rest of the planet togetherwhich has encouraged the Chinese administration to support the manufacture of More than 1,000 GW in N -type cell capacity As the other countries fulfill their net emission commitments. Of course, a good part of Chinese solar panel manufacturers is selling to losses with the purpose of growing as much and as fast as possible. China produces 60% of the world graphite because it has the largest natural reserves of the planet, and graphene is manufactured from this raw material We are now with unmanned aerial vehicles. China controls 90% of the world market of consumer drones and professionals thanks to the success that in recent years are having manufacturers such as DJI (Dà-Jiāng-Innovations), FIMI or Autel Robotics, among others. The domain of this country of the markets of drones and solar panels is the result of a recipe in which the support of the Chinese government, the continuous improvement of the technologies involved in the product and Extremely competitive prices. In the graphene market, the same thing happens essentially as in the two we have just explored. China produces 60% of the world graphite Because it has the largest natural reserves of the … Read more

the future where AI works for us from the computer is beginning to become a reality

OpenAI presented ChatGPT in 2022. In 2023 it arrived GPT-4 together with the innovator ‘Her’ style voice mode. In 2024 the reasoning model debuted o1. And 2025? The AI ​​company just announced Operatora product that promises to become one of the great protagonists of the year. Sam Altman and his team have presented live How does this tool work that puts people at the center of the scene? AI agents. Currently, as we’ll see, it can perform some actions in the browser, although the ambition is that, over time, it can handle more sophisticated tasks. This is what Operator looks like in action We are witnessing an initial launch. Operator is still in the research phase, but OpenAI has made a publicly available preliminary version which can be accessed from operator.chatgpt.com. The limitation? That not everyone will be able to have access to it. At the moment, it is only available for ChatGPT Pro users, the level of 200 dollars per month. The company has also noted that access to its latest product is limited to the United States. He has said that “it will take a while” to reach Europe, and that it will be available to more users “in the coming months.” The staggered launch likely responds to regulatory issues, as we have seen in the past with products that landed in the US market first. In development. Images | OpenAI In Xataka | “The objective is not to compete with ChatGPT”: we spoke with the creators of ALIA, the 100% Spanish AI, to understand its future

Samsung has its biggest competitor at home. His future with chips depends on his rivalry with SK Hynix

South Korean semiconductor manufacturer SK Hynix is ​​on a good streak. The memory market is dominated by the Samsung subsidiary specialized in the production of integrated circuits with an approximate share of 40%while SK Hynix defends a very worthy 29%. Behind both is the American Micron Technology, with 26% approximately. These are, precisely, the three companies that control the juicy HBM memory market (High Bandwidth Memory) that work hand in hand with GPUs to artificial intelligence (AI). In fact, SK Hynix is ​​NVIDIA’s main memory supplier. And having the company led by Jensen Huang as a client helps. It helps a lot. So much so that according to SCMPSK Hynix has surpassed Samsung in profits. And it has done so, precisely, thanks to its high-performance memories. However, it is not all good news. SK Hynix has predicted that sales of memory chips for consumer devices, such as smartphones or computers, will fall during 2025. “This year the memory chip market will be subject to great uncertainty because trade protectionism is growing and geopolitical risks are increasing. At the same time, PC and mobile phone companies are adjusting their inventories,” Kim Woo-hyun statedCFO of SK Hynix. This situation anticipates a complicated 2025 for both Samsung and SK Hynix, although the latter, as we have seen, has a very positive inertia in the HBM memory market. Together against China The rivalry between Samsung and SK Hynix in the memory market is a fact, but, in reality, the main threat to these South Korean companies comes from China. The memory integrated circuits industry has enormous growth potential precisely due to the high demand for these chips that has led to the proliferation of data centers for AI applications. And, as expected, Chinese semiconductor manufacturers do not want to be left out of it. The Chinese CXMT has deployed a very aggressive pricing policy to compete in the memory market Changxin Memory Technologies (CXMT) is one of the Chinese companies specialized in the production of memory chips, and, like other companies in the country led by Xi Jinping, it has chosen to compete in this market so attractive unfolding a very aggressive pricing policy. Furthermore, CXMT in particular has increased its DRAM chip production capacity almost five times over the last four years, allowing it to increase its global market share to a very worthy 9%. This growth has placed this company just behind Micron if we stick to its market share, making it already the fourth largest memory chip manufacturer on the planet. To further complicate matters, the Chinese Government is financially supporting its manufacturers of this type of semiconductor in response to the sanctions deployed by the US and its allies, so the competitiveness of Chinese companies is on the rise. Image | Samsung More information | SCMP In Xataka | South Korea fears US retaliation. To avoid them, his old lithography equipment collects dust in a warehouse

We spoke with the creators of ALIA, the 100% Spanish AI, to understand its future

This Monday it was announced release of ALIA language models. The initiative has been in development for years and it is now that the first fruits are beginning to be seen, still modest, but promising. To learn more details about ALIA, at Xataka we have spoken with Martha Villegas (@MartaVillegasM), head of the Language Technologies Unit of the Barcelona Supercomputing Center (BSC). This has allowed us to clarify the status of the project, its objectives and its next challenges. To compete with ChatGPT, nothing The first thing we wanted to know is how ALIA had been created, and here Marta Villegas clarified that the model is based on the Llama architecture – Meta’s Open Source model –, “but the model has been trained from scratch and with zero initial weights“. This is important because ALIA is not a Llama-based model that has undergone a refinement or “fine-tuning” process. In those cases, this expert explained, “you start from a model trained with other data and with initialized weights, and you do it to adapt that model to your needs, either because you have more data and you want it to be better or because perhaps you want to adapt it to a particular domain. But here, he told us, “the vocabulary (set of tokens) is completely different.” In other models the corpus or training data set may be mostly in English, which causes the set of admissible tokens to be calculated through English. That, Villegas indicates, would make it adapt less efficiently to other languages. That is precisely what has been sought with ALIA: reduce the relevance of English to increase the number of 35 languages ​​of the European Union and, especially, Spanish, Catalan, Basque and Galician. How ALIA has been trained The ALIA training process began with some experiments in April 2024. It is necessary because as Villegas explained, “training is not pressing the button after feeding the data and that’s it.” It had to be taken into account that MareNostrum 5the supercomputer located at and managed by the BSC, had just come into operation at full power and there was high demand to use it. MareNostrum 5 In this training process, the ALIA project has had gradual availability of the computing capacity of MareNostrum 5. Although for a short period of time they had access to 512 of the 1,120 specialized nodes of the supercomputer, 256 nodes were used for many months and since September They are using 128 nodes, “which is a lot,” Villegas highlights. During the training process, he told us, there are so-called “checkpoints”, in which it is possible to evaluate how the training process is going. These “pauses” also allow certain training data to be updated, as in fact happened in that process in which at a given moment they introduced a new corpus with high quality that allowed them to replace some data they had. This is just the beginning: it’s time to “instruct” and “align” ALIA Villegas explained to us that ALIA is a foundational model: it is not prepared to be an alternative to ChatGPT. The latter is based on GPT-4, a much more ambitious foundational model that involved much more investment. Here we must differentiate the foundational model from the “educated” and “aligned” models with which we usually interact. As this expert told us, “ALIA-40b is a foundational model that is not instructed or aligned. For a model to be a ChatGPT and understand the conversation and have a certain memory and be “politically correct,” the foundational model (which only learns to say the next token) is “instructed” by passing a bunch of texts.” Even so, the goal is to gradually consider these options. “In March, the instructed version of ALIA-40b is expected to be launched, with a first set of open instructions,” Villegas told us. These instructions are going to be subcontracted – the ones that allow these models to be instructed – and a million euros are going to be invested in that set of instructions from scratch. This data will also be published so that it is available to institutions and developers: if it has been paid with public money, explains Villegas, it is logical that this data will also be public, something that does not usually happen with other AI models from private companies. While training AI models provides guidance on how to respond and defines the context and purpose of those responses, alignment solves problems such as avoid discriminatory biasprevent misinformation or protect privacy. Precisely this lack of alignment means that using these models in this initial phase can produce responses with errors and biases that are precisely mitigated to a great extent with this alignment phase. ALIA and the competition: it is neither a rival of ChatGPT nor does it intend to be In fact, Villegas highlights, “the objective is not to compete with ChatGPT, for that we would need 5 billion dollars.” ALIA-40b “is a good model, and a chatbot can be made in the future because the intention is to instruct and align it, but that will take time.” Within the ALIA family we have the Salamandra models (2b and 7b), smaller and more modest but which already have first instructed versions. Its performance and capacity still have room for improvement, but they are good starting points for the future. It was inevitable to ask how ALIA then intends to compete with other models, both closed and developed by private companies and Open Source models. For her “There is a demand for intermediate models that each person can then adapt to their specific use case, not everyone can use ChatGPT for reasons such as privacy or use case.” Villegas also wanted to highlight how these smaller models can have exceptional performance in specific tasks, and can work at levels of security and not sharing important data. The objective is not to compete with ChatGPT, for that we would need 5,000 million dollars Not only that, he reveals: “we also took out the … Read more

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