The mobile industry has been desperate for years to improve its cameras. Honor believes having found the key

A few weeks ago I had the opportunity to try the Honor 400 Pro. It is a mid-high-end phone with the focus on mobile photography. So far, there is nothing especially surprising. But if I tell you that this phone sets the bases of a Honor who does not believe that the future of photography is in the hardwarebut in cloud computing, things may change. In Xataka we have been able to talk to Luo Wei, Chief Imaging Architect of Honor. He is the one in charge of leading the photography part, applied to it and super zoom in honor, and ex-huawei. And someone who is clear that to win the smartphone career you have to win the AI ​​race. If marketing sounds like you can be calm. It is not, it is the vision of the future of a giant who aspires to conquer Europe. Honor wants to lead in Europe, and wants to do it with ia To understand why AI for honor in phones is so important and not misunderstand it as a marketing exercise, it is necessary to know the relevance that the company has with its Alpha plan. In March 2025, the company revealed a investment of 10,000 million dollars In five years to promote artificial intelligence on their devices and display your first AI agent, in association with Qualcomm and Google. The objective is clear: lead the AI ​​agents in the mobile ecosystem and be the main reference in this race. At the moment, he will do it hand in hand with these two partners in Europe. Honor has different strategies for China and Europe. In our territory, Google Cloud is the main partner It is also relevant to understand that this plan has a lot to do with The position of honor in Europe and how it aspires to conquer our market, more than a proposal centered purely on your native country. With counterpoint data in your hand, Honor is the brand that grows most in shipments in Europe in an interannual wayand wants to continue pushing leading the functions of AI. In China, its AI approach is different, deeper and more local. There the partner is not Google Cloud, they are national giants like Alibaba (Qwen + Wanxiang), Baidu and Tencent Clouddeepening much more in your Yoyo assistant and hand with Depseek. All of AI One of the pillars of this plan, in addition to the creation of the first agriculture for smartphones, is Aimage. Landing the term to the tangible: the high -end phones of honor process the photographs in the cloud to “improve them”. And about this there are many questions. The first is why. Here Luo Wei states that, historically, Mobile photography has been limited by hardware. A limitation that according to Honor can only be overcome using cloud computing, especially for tasks such as image restoration, provide movement (turn into short video) static images or improvements in the zoom. Being more concrete, 12,500 million processable parameters for its cloud model vs. 3,000 million parameters with which current hardware can deal. Adding to this point the possibility that stresses honor of updating its algorithms via Ota. It’s something we have talked about in Xataka: We have been watching a stagnant industry at the photographic level and with a clear physical limit when improving your hardware. Currently, there are no larger sensors. The second point is in the democratization of functions such as Super Zoom (Zoom improved with AI) on devices beyond its flagship. Creating a cloud platform from which you can drink lower ranges models allows you to honor an experience similar to that of a high range in cheaper models. “The algorithms have been increasingly improving since December last year, when this function had just left. And if you compare the future with what is now, five months later, you can see that the cloud -based algorithm is updated every two weeks is becoming remarkably more real.” For honor it is also especially important The improvement margin through updates that allows AI. Honor takes it seriously: they update it every two weeks. The key here is not alone in time, it is in how. System updates can be installed or not, depend on storage space and hardware requirements. Luo says that, using the cloud, they could update the algorithm daily if they wanted and access to it would be immediate. The second great unknown has to do with profitability. Using Google’s cloud sounds good, But someone has to pay it. Here is surprising the transparency of Luo, who explains that honor is still debating what the business model will be and if they will end up charging users or not to use these services in the cloud. Here, Luo explains that honor does not pay for users or requests, but for QPS (consultations per second). In other words, for the ability of users to access the cloud service, and thus their costs do not depend on user behavior. It is, currently, its way of making this business sustainable, although it makes it clear that it is something that is being worked on and discussing internally. Betting everything to the cloud brings an inevitable question, What happens to the privacy of users. Honor explains that its AI cannot be used without prior consent of the user (it appears from the configuration assistant), and secondly, that all photographs that are uploaded to the cloud to be processed are eliminated after being treated. On the future of photography, Luo closes with a metaphor. At the beginning of the history of automotive, the gearbox was manual. Subsequently, it went to automatic changes and, today, We are already talking about autonomous driving. And yet, we still need drivers. For honor, the AI ​​will allow any user, regardless of their degree of skill, obtain the best photograph in any scenario. For expert users, it will be a co-pilot in editing functions, elimination of elements and post-foto work. Image | Honor In Xataka | … Read more

Bill Gates and Warren Buffet have shared the same key to be successful: choose what to focus on

Bill Gates’ father brought together several people, among whom He was Warren Buffett, and asked what it was, in a word, The secret of his success. Both Microsoft’s founding millionaire and his good friend Buffett responded exactly the same: focus “You must focus. Eliminate distractions. Commit with only one thing and become excellent in it. “These are some of the advice that insistently repeat many productivity experts, such as the author of ‘Atomic habits‘, James Clear. This idea sounds logical. However, the big question for those who read those advice is How to know what to focus your energies. Experience before choosing How to know what to dedicate your attention and energy if you don’t know what really interests you? That is one of the questions you must answer before asking yourself What to focus on. Before deciding on what to concentrate your energy, it is necessary to try different paths. As Clear tells In your personal experienceDuring his first year as an entrepreneur he made many mistakes: “I launched my first product without having an idea who would sell it (big surprise, nobody bought it).” Therefore, your recommendation is Do not get obsessed with a single idea will work. It is necessary to try between four and five different alternatives for a while and, if it does not convince you, go to the next. This approach to “try things until something is easy” is essential because, regardless of the objective, it must adapt to your nature and skills. If you are looking to be more productive, experience with several Organization techniques. However good they are and no matter how much they work To people in your environment, you may not adapt to your way of working, To your biorhythms or your way of processing the information. Simply stop committing you to work with you and try Another different technique. The same happens if your goal is to start exercising, prove different sports. Maybe the Running Don’t be yours And it seems bored, and what you really enjoy is yoga or paddle. As the author of the Best seller on productivitythe important thing is not to obtain that a single option must work at all costs. Leaving behind what does not fit with you will allow you to discover what best suits your personality and lifestyle. Choose and Persevear: Invisible work Once you have experienced enough to discover what fits you and what is not, it is time to decide What are you going to focus on. As Clear explains, there comes a time in the process in which you don’t need more information, you just need to make a decision. This is one of the most difficult moments, because it implies putting aside the constant search and commit yourself to a single option. It’s time to focus. From here, perseverance becomes fundamental. Real progress It is not usually visible at the beginning. For example, you must be aware that, if you start going to the gym, you will have to do thousands of repetitions before noticing physical changes. If you want to be a great chef, you will first have to cook many mediocre (or bad) dishes. As Ira Glass pointed outfounder of the podcast This American Life“Your taste is good enough to notice that what you do disappoints you.” That is, only through repetition and constant learning the basis of success for a project, regardless of its nature, begin to lay. It doesn’t matter if it’s about Study oppositionsimprove your productivity, read more either Acquire new habits healthy The practice and art of simplifying Excellence is achieved with constant practice. After going through the phases of experimentation and hard work, the time comes when you can start simplifying. James Clear summarize it like this: “Only after completing the repetitions you will understand which parts of the task are fundamental for success.” It is then, when You have created a solid systemWhen you can Cut processesbetter choose your tools and eliminate what does not provide value. Getting something simple is, paradoxically, the most difficult. As wrote Blaise Pascal: “If I had more time, I would have written a shorter letter.” True mastery consists in knowing exactly What is essential and what is accessorysomething that is only achieved after a lot of practice and learning. Each person has their own rhythm, but the path to simplicity and approach inevitably happens through experience and perseverance. In Xataka | Lack of motivation is a problem for productivity. The trick to avoid it is simple according to science: start Image | Unspash (Ioann-Mark Kuznietsov), Flickr (Fortune Live Media, World Bank Photo Collection)

The Granada particle accelerator is born today. Thanks to him Spain has the key to nuclear fusion

Today is a crucial day for IFMIF-DONES (International Fusion materials irradicion facility demo-eraned neutron source). This very important scientific project is closely linked to ITER (International Thermonuclear Experctor reactor), The experimental reactor of nuclear fusion that An international consortium led by Europe He is building in the French town of Cadarache. Ifmif-Dones, however, resides in listening to, a town in the province of Granada. The construction works of this last installation began in mid -September 2022, but today it is a very important day for both Granada and all of Spain. And it is because the Council of Ministers will approve today the investment of almost 200 million euros required by the start of the construction of the IFMIF-DONES linear particle accelerator. This machine is the authentic heart of this scientific installation, and, therefore, the ingenuity that will place Spain in The nuclear fusion map. The tuning of this linear particle accelerator will cost approximately 450 million euros, although the Andalusian Board will contribute half of this money. However, this is the cost of the accelerator; The IFMIF-Dones project will completely cost about 700 million euros. Spain will contribute half of this capital. To this figure we must add another 50 million to carry out its implementation. In addition, the operation of this avant -garde research center will have an annual cost of about 60 million euros, of which Spain will assume 10%. It may seem a lot of money, but we must not forget that those responsible for the project are convinced that The economic and scientific return Ifmif-Dones will far exceed your cost. What is Ifmif-Dones and why it is crucial for the future of nuclear fusion Ifmif-Dones is one of the three fundamental pillars of the nuclear fusion building in whose construction the European Union is involved. The other two are iter and demo. The experimental nuclear fusion reactor that is currently being built in the French town of Cadarache seeks to demonstrate that the merger at the scale that man can handle works, and also that it is profitable from an energy point of view. However, Iter does not aspire to produce electricity. That will be demo’s task (Demonstration Power Plant), an installation that will take the technological advances that will have shown to function correctly in Iter and take them one step further to establish themselves as The authentic precursor of commercial nuclear fusion reactors. However, without Ifmif-Dones there will be no demo, so Granada is now the center of attention. The fusion of a deuterium core and another tritium triggers the production of a helium core and a neutron that is fired with an energy of about 14 MEV To understand in all its extension what is the role of the IFMIF-DONES project, it is necessary that we briefly review the foundations of nuclear fusion. One of the biggest challenges facing the technicians who are involved in the tuning of nuclear fusion reactors by means of magnetic confinement, such as Iter, consists of recreating inside the vacuum chamber of these sophisticated machines the necessary conditions so that the deuterium and tritium nuclei are merged. However, this is not everything. When this reaction takes place the fusion of a deuterium nucleus and another of tritium triggers the production of a helium core and a neutron that is fired with An energy of about 14 MEV (Megaelectronvolts). The problem is that the neutron lacks net electric charge, so it cannot be confined inside the magnetic field that, however, does retain the deuterium and tritium nuclei, which have positive electric charge. This is the reason why when it originates as a result of the nuclear fusion reaction, this neutron is fired towards the walls of the vacuum chamber with enormous energy. This particle is very important because in practice it will be closely linked to the production of electrical energy in nuclear fusion reactors, but, at the same time, it represents a very aggressive form of radiation that can significantly degrade the materials used in the reactor. The components that will be most affected by the direct impact of high energy neutrons and the most intense heat flow are the internal wall of the vacuum chamber and the Blanketthat it is a mantle that covers it and that has as its purpose Regenerate the tritium that it is necessary to use as fuel in the nuclear fusion reaction. This is the reason why it is crucial to develop new materials that are able to support the flow of neutrons and guarantee, therefore, that the reactor will have a prolonged operational life. IFMIF-DONES linear accelerator will produce high energy neutrons with the intensity and volume of irradiation necessary to test candidate materials This is, neither more nor less, the purpose of Ifmif-Dones. And to carry it out it is necessary to put ready -to -set facilities to allow the technicians involved in the project to evaluate the properties of candidate materials to intervene not only in demo, but also in future commercial nuclear fusion commercial reactors. The task of this project invites us to intuit what the heart of Ifmif-Dones is: a source capable of producing high energy neutrons with the intensity and volume of irradiation necessary for Test candidate materials. And this source of neutrons will be nothing other than a linear particle accelerator that will help IFMIF-DONES scientists to try, validate and qualify the materials that in the medium term should reach future electric power production plants through fusion. Image | IFMIF-DONES In Xataka | Iter has faced one of the great challenges of nuclear fusion: prevent plasma from 150 million ºC to destroy the reactor

Losing weight without losing muscle is the great challenge of drugs such as Ozempic. A protein keeps the key to face it

It is usual for us to often get news about hopeful scientific advances made in mice. These experiments always leave a question in the air, if the discovery can be applicable to humans. This does not always happen, but sometimes MITCH Silence the expression of a simple protein in our muscles can lead to weight loss and, more, more, It can allow us to lose weight Without putting our muscle mass at risk. The protein in question is called Mtch2 (Mithochondrial Carrier Homolog 2), but has been nicknamed “Mitch” by those who study the compound and its effects. The last analysis of this protein and its associated gene has observed that its “erased” in human cells causes in these lower efficiency Energy What is perhaps more important, this silenced causes cells to stop using carbohydrates as a priority energy source and in place they preferably use body fat. Different fuels. The cells of our body need energy and billions of years of evolution have given rise to a series of biological mechanisms that allow us to maintain a calorie reserve that allow us to feed these cells in times of greater shortage. These mechanisms imply that our cells can resort to different fuels according to the situation. While the carbohydrates we consume and the fats that we use as a reserve are the main fuel Ozempic. From mitones to mitochondria. According to Explain the responsible teamthe new study has its bases in a previous experiment conducted with mice that observed in the rodents an “improvement” in their body composition in the form of “protection” against obesity and the development of more muscle fibers. This accompanied by greater consumption of greater oxygen consumption and an increase in resistance. The results were promising but left the team with a doubt, if it would be possible to “inoculate” the body against obesity by silencing the expression of a protein without this negatively affecting muscle mass. To look for an answer, the team went on to focus on the role of the mitochondría, the organelle in charge of providing energy to the cell. The key is in the fact that the “mitch” protein plays an important role in the merger of the mitochondria, a fusion capable of increasing the efficiency of these organelles. By silencing protein, organelles would lose the ability to resort to this fusion which also implies less efficiency and thereby a greater need to consume energy resources of our body. It only remained to prove if this was also true in human cells. Less efficiency, more consumption. They thus verified that by silencing the protein in human cells, the “mitochondrial network” was undone and, as expected, energy efficiency fell. This left the cell in a “permanent state of energy deprivation.” And what is more, the team also found that this led to the cells to prioritize the use of fats as a primary energy source, instead of other possible sources such as carbohydrates. “After erasing Mitch, we examined, every few hours, the effect that it had in more than 100 substances that take part in the metabolism of human cells,” pointed in a press release Sabita Chourasia, co -author of the study. “We saw an increase in breathing, the process in which the cell produces energy from nutrients, such as carbohydrates and fats. This explains the increase in muscle resistance of previous experiments in mice.” The details of the study were published In an article In the magazine Journal embo. An intermediate step. The study takes an important step in the long process between the first results in animal models and the design of a treatment for weight loss based on what was learned. In following studies, the team intends to elucidate new aspects about Mitch’s role in the accumulation of fat in the body. The fact that women usually have higher levels of this protein can help researchers discover if Mitch is also responsible for the differentiation of fatty cells. In Xataka | We are increasingly clear that our microbiome is key to our health. Our protein sources can also alter it Image | Weizmann Institute of Science

Nothing has managed to find the key in the mid -range. Its new mobile is very striking, very cheap and includes headphones

When Nothing launched the CMF Phone 1 I knew that I had to be attentive to this sub -woman. Time has proved me, because the CMF Phone 2 Pro It has been released to stores with a very contained price and with an excellent configuration. Can be found in Amazon by 249 euros In its 128 GB version, it includes bluetooth headphones CMF Buds 2 And … a lot of eye with everything it offers. CMF Phone 2 Pro (128 GB) + CMF Buds 2 * Some price may have changed from the last review An excellent mid -range mobile for less than 250 euros He CMF Phone 2 Pro It is a mid -range mobile that stands out mainly in three sections. The first is, unquestionably, the design so striking that in some way Nothing has maintained with respect to the previous generation. And attentive to customization, because You can connect a cardboard, a cord and even interchangeable objectives. It also stands out for your screen. In the mid -range we do not usually find mobile phones that have a similar configuration, since the CMF Phone 2 Pro includes a screen 6.77 inches AMOLED With FullHD+resolution, 120 Hz refresh rate, 3,000 nits peak brightness and compatibility with compatibility with compatibility HDR10+. In addition, it is also worth mentioning that the CMF Phone 2 pro comes with the Essential Key/Spacea space that is enhanced by which we can save both voice or text notes and screenshots. It is accessed by the button that we find on the side of the mobile. You may also interest you Giopuey compatible with CMF Phone 2 Pro, TPU material is ultra -the case (wear resistant) (non -slip) Cover – black * Some price may have changed from the last review * Some price may have changed from the last review Some of the links of this article are affiliated and can report a benefit to Xataka. In case of non -availability, offers may vary. Images | Ricardo AguilarNothing In Xataka | The best mobiles, we have tried them and here are their analysis In Xataka | The best price quality price. Your analysis and videos are here

Baidu believes to have the key and has registered it in a new patent

The idea of ​​talking with our pets has been feeding the collective imaginary. And although we continue to maintain a conversation with a dog or a cat in the style of Doctor Dolittleartificial intelligence (AI) begins to explore a much more realistic land: to interpret how they feel. The last sample comes from China: BAIDU has requested a patent proposed by a system capable of translating the emotional state of animals into understandable language for humans. An emotional translator, not a talk with your dog. The application, submitted by the company to the State Office of Intellectual Property of China raises a system that does not intend to translate barking or meowed in human phrases as if they were words, but to identify relevant signs of animal behavior (such as voice, gestures or physiological changes) to estimate its emotional state and express it in natural language. In other words: it’s not about talking to animals, but better understanding what they feel. As Sina collectsthe key is to build an emotional interpretation channel that allows humans to react to what animals, obviously, cannot express in words. The difference with respect to other existing tools is in the depth of the analysis. Most initiatives in this field focus on the superficial interpretation of sounds or expressions, but do not capture complex emotions. Baidu’s proposal aspires to break that limit. Artificial intelligence with multimodal approach. The system key is in its integral approach. According to the technical summary of the patent, the method relies on technologies such as automatic learning, deep learning and natural language processing. These three pillars allow to process large volumes of data and extract relevant patterns in real time. Innovation is how the different signs collected are combined: vocalizations, postures, behavioral variations and physiological data. All this is analyzed jointly to avoid errors that usually occur when it is based on a single source. The ultimate goal is to achieve a more precise emotional reading, with less margin of ambiguity. Applications in Care, Conservation and Animal Study. The potential use of this technology goes far beyond the domestic sphere. According to the document, it could be used to improve the welfare of pets, adjusting their care and company based on their mood. But it could also have an important role in scientific research, helping biologists to better understand the behavior of rare or endangered species. In reservations and conservation centers, these types of tools could become an ally to anticipate states of stress or discomfort before they manifest themselves in an evident way, facilitating the task of the staff. It is not yet a product. As with any patent, its publication does not imply that technology is available or becoming a commercial product. In fact, South China Morning post points That the evaluation process can be extended for more than a year, and Baidu has not announced concrete plans to develop it in the form of a device or service. For now, what the company poses is a technical basis that opens a new chapter in the relationship between humans and animals. One in which, perhaps, we can begin to understand more precisely what those who cannot talk to us with words feel. Images | Stephen Yu | Werzk Luuuuuu In Xataka | Loneliness is already a matter of public health. We have more and more evidence that animals help us to placate it

Hyundai aims to automate 40% of his new plant in the US. THE KEY TO GET IT: ATLAS HUMANoid Robots

Robots have been in the automobile industry for decades. They have welded, pressed and assembled pieces without rest. But despite that long career, many tasks were still in human hands. That is starting to change. Robots are less and less clumsy: They are more skilled, more versatile and, most importantly, much cheaper to manufacture. And that opens the door to a new phase. Hyundai wants to be in charge of that change. On your new plant HMGMA (Hyundai Motor Group Metaplant America), located on the outskirts of Savannah (Georgia, USA), the company has proposed to automate 40% of the vehicle assembly process before the end of 2025. According to Nikkei Asiathe objective is to transform this factory into an intelligent environment, where artificial intelligence and data are key from logistics to the final assembly. A connected and flexible ecosystem. The plant is designed not only as a assembly line, but as a demonstration of everything Hyundai is able to do with technology. The brand defines it as “a highly connected, automated and flexible manufacturing system”, prepared to adapt to changes in demand and optimize each phase of the process. That is why it is no coincidence that starts focused on the production of electric and hybrid vehicles, with an estimated initial capacity of 100,000 units a year, which will grow to 500,000 when it is at full performance. The Metaplant aspires to become one of the referents of the automobile industry of the present and the future. Atlas enters the scene. In that technological deployment, the focus is on a very concrete protagonist: Atlas, Boston Dynamics’s humanoid robot. It is not any robot. It is a completely electric model, designed to move as a human and work in the same space as humans. Atlas is the successor of the famous hydraulic model that we saw mortal somersaults. But this time, the approach is another. It is prepared to lift heavy objects, install parts and adapt to what happens around you in real time. Hyundai describes it As a robot with “athletic intelligence”, and that translates into sensors, algorithms and a structure designed for complex tasks that one person could only do. Boston Dynamics is already part of the Hyundai group. This movement makes sense because Boston Dynamics is not just any partner: It is part of the Hyundai group since 2021. Since the company was made, the South Korean firm has been integrating its technology within its vision of “progress for humanity.” A vision that includes autonomous cars, urban air mobility, robotics in logistics and, of course, new ways of manufacturing. Boston Dynamics has been working with biped and quadruped robots for years, and now faces the challenge of taking them to the commercial field. If Atlas works in this plant, it will mark a before and after. Because it is no longer just impressing in a viral video: it is about a robot being useful and productive on a large scale. What tasks will the robots perform? Hyundai has not detailed all the works that Atlas will assume, but, according to the aforementioned Asian newspaper, it has confirmed some: move heavy objects, install doors in vehicles and collaborate in physical tasks that require strength and precision. The objective is clear: to free human operators from repetitive or demanding works. Now, that does not mean that Atlas is just as agile as an expert operator. For now, it is not. Just see some assembly line videos To ask ourselves if robots will be as skilled as humans. Atlas will not be the only one in the plant. They will also deploy The well -known spotdog -shaped robots that also manufactures Boston Dynamics. Its function will be to monitor production lines, inspect bodies and identify possible structural defects. And next to you they will live more classic automation systems: welding robots, presses and heavy machinery. A context marked by the tariff war. This deployment does not happen in a vacuum. It arrives in the middle of the commercial war between the United States and China. The administration Trump has imposed a 145% tariff To many products from China and maintains a base rate of 10% for most commercial partners, including South Korea. That is why Hyundai has decided to bet on American territory. Has announced An investment of 21,000 million dollars in the United States over the next four years. A strategy that seeks to protect its position in the North American market and, at the same time, gain margin of maneuver against geopolitical uncertainty. Of course, automating more does not necessarily mean hiring more. Hyundai’s expansion is accompanied by strong robotization. And that raises questions about employment. Will less operators be hired? Will new roles emerge within factories? The advance is indisputable, although it does not guarantee new jobs. Images | Hyundai In Xataka | Duolingo inaugurates a new era: when human talent is no longer essential

His future Baza will be in two key cards that promise to change air combat

Imagining a combat plane of the future is not difficult. The difficult thing is to build it. That is precisely the ambition behind the storm: a sixth generation hunt that does not intend to resemble current airplanes, but to rewrite how air combat is understood. The project, promoted by United Kingdom, Italy and Japan within the framework of Global Combat Air Program GCAP, does not pursue only a technical evolution. It is a declaration of intentions on technological sovereignty and defense. Tempest is not a simple new generation hunting. The Royal Air Force defines it as “The heart and mind connected to an air combat system”, Able to integrate sensors, weapons and data into a single operating flow. In other words, the Tempest is not only a platform with wings, but the center of command of a swarm of technologies that communicate with each other to make decisions faster. The future hunt seeks to act as the tactical brain of an operation. That translates into a series of simple requirements. One of the most important is autonomy. As explained in the official podcast of the programthe storm aspires to reach a “really extreme” range, wide enough to cross the Atlantic without reposting. At the moment it is an objective under study, not a closed requirement. This autonomy would seek to allow prolonged operations without depending on cistern aircraft, in scenarios where to enter and leave the enemy territory is less challenging. The other key requirement is load capacity. The objective, according to the words of the director of the Team of Requirements and conceptualization of the United Kingdom Ministry of Defense, is that it exceeds that of the F-35even reaching Duplicate your total armament capacity. There is no precise figure on the table. What is safe is the ambition to turn the Tempest into a platform that integrates not only more missiles, but also advanced and electronic war sensors, without compromising its stealth profile. The hunting that wants to be brain, muscle and network From the beginning, the design of the Tempest revolves around the idea of ​​a digital ecosystem. BAE Systems, Leonardo, Rolls-Royce and MBDA are working on technologies that are not limited to fuselage. The program is structured around systems such as Isanke (Integrated sensors and non -kinetic effects) and ICS (communications), that will form an intelligent network between fightersdrones and other assets of the battlefield. The goal is for the pilot to have more information, more context and more reaction options than any adversary. An F-35 Florida (left), render of the storm (right) All this requires power. Propulsion power, but also electric. As explained Rolls-Roycethe new propulsion system Not only will the plane movebut it will generate sufficient electricity to feed advanced sensors, electronic war systems and, probably, Laser weapons. The architecture will be open, modular and prepared to receive updates over time, something key in an environment where military technology changes every few years. Manufacturing tasks of the main structure (left), motor tests (right) That approach also moves to the manufacturing process. The project is betting on digital engineering techniques, automation, real -time modeling and simulation by digital twins. The technology demonstrator, which is already built in Warton, will serve to validate all that approach. According to BAE Systems datamore than half of its structural weight, including fuselage and wings, is already in production. In addition, the British Ministry of Defense has confirmed that Part of technological development includes experimental recycling of tornado aircraft components. The so -called project ‘Tornado 2 Tempest‘He managed to successfully print pieces such as a nose cone and blades for a test engine. This is a proof of concept that seeks to reduce costs, minimize the dependence of critical metals and explore new manufacturing paths with lighter and more resistant materials. To all this is added the human factor. More than 2,500 people already work in the program in the United Kingdom. Many of them are young engineers trained within the Generation Tempest initiative. As technological advances and international alliances are added, the Tempest ceases to be a concept to become a tangible reality. The expectations are high and we will have to wait to know if they are met. Everything indicates that it will be a hunt very different from everything known. Images | GCAP In Xataka | The F-35 and the US ballistic missiles need the key component of a magnet. The problem is that it was “Made in China”

We are increasingly clear that our microbiome is key to our health. Our protein sources can also alter it

Little by little We started realizing Of the importance of our microbiota, especially as regards the microorganisms that inhabit our digestive system, our gastrointestinal microbioma. Aspects of our health that in principle They would not seem connected To what happens in our intestines seem to have some kind of correlation with that flora of fungi and bacteria that coexists inside us. Different proteins, different microbiome. A recent study has observed That the food source of protein can alter the composition and structure of our intestinal microbiome, that is, of the set of microorganisms that inhabits our digestive system. The experiment, conducted with mice, observed important variations in the microbiota associated with changes in the diet. “The composition of gastric microbiome changed significantly every time we change the protein source,” pointed in a press release Alfredo Blakeley-Ruiz, co-author of the study. “Protein sources with the greatest functional effects were integral rice, yeast and egg whites.” A variety of sources. Proteins are a key nutrient that gives us essential amino acids with which our body is able to synthesize its own proteins. Foods of animal origin such as meats, fish or eggs are usually seen as the main source of amino acids, but they are not the only one. The existence of alternatives implies the possibility of diverse effects on our health and well -being. Through, for example, of the microbiome. Metabolizing amino acids. The team resorted to its study to the use of high -resolution mass spectrometry and the combination of metagenomic and metaproteinomic. Everything to find how the intestinal microbiome of mice whose diet was altered so that each week they received their single source proteins that was changed after seven days .. They observed that some of these sources were associated with important changes. These changes, Explain the teamthey manifested in how the mice metabolized the amino acids, but also in the way in which their digestive system degraded complex sugars, something that was not so intuitive. Diets such as those based on the integral rice and the clearing of the eggs, continue to explain the equipment, increased the degradation of the amino acids, which would imply that the microorganisms of the digestive system of the mice were breaking the proteins to obtain their own amino acids. The details of the study were published recently In an article in The Isme Journal. An environment (too much?) Controlled. The team responsible for the study admitted That there are some limitations to consider, and one of them is the complexity of the diet. In a laboratory environment, the team altered the diet of the mice radically (causing them to have a single source of protein). Beyond the fact that studies with animal models are not always transposed identically in humans, it is expected that forceful changes in the diet of these animals entail important changes in the structure of their microbiome. A more varied diet, with diverse sources of proteins, would logically imply more dim effects. In Xataka | We have found some supplements capable of improving memory in the elderly: prebiot promising Image | MART PRODUCTION

Who produced the key matters of the world after World War I, in a 1927 graphics

The end of the Great War He left a totally devastated Europe. France, Italy, the United Kingdom and Germany lost between 25% and 30% of their national wealth and basic agricultural and industrial infrastructure was very damaged. After a first period of recovery just after the end of the war, there was a situation of hyperinflation, monetary depreciation, debt payments to an US that claimed his money and a break in international trade. However, in mid -1920, an economic recovery was lived, and a series of graphics published in 1927 reflects that moment of fleeting splendor just before the Great Depression and of the Second World War. And why not say it, they were a valuable tool if someone with expansionist ideas He threw the glove. Happy twenty years. After the World War IUSA lent money to France and the United Kingdom to rebuild. Germany was punished He pays a rate to those same countries, but when the US claimed the money, the system broke. Germany had no money and France and the United Kingdom needed German funds to pay Americans. However, the Dawes Plan To give a respite to the German economy, so everyone’s debt relaxed and began the “happy twenties.” It was an economic recovery period in which the countries involved reached some stability and, above all, an industrial rebirth. It continued depending on American money and we already know how the decade ended with the breakage of the stock market, but at least allowed European nations to be repurchased in a way. Hickmann Atlas. No levels prior to the Great War were reached, but at least the production and export of raw materials resumed. Beyond Europe, there were many other countries that had been oblivious to the conflict and followed their own path. In 1927, the Austrian publishing house G. Freytag & Berndt published the universal geographical and statistical Atlas of Hickmann. It is a very interesting document because it reflects that panorama of the mid -20s and offers many, many statistics, graphs and maps that are a reflection of the economic and productive state worldwide. We can consult the 80 pages on the web David Rumsey Map Collectionbut from Visual Capitalist They have compiled the most interesting maps in terms of production and raw materials. Land use. The pages dedicated to ‘Produktion’ show precisely that: the most powerful countries in certain types of interesting resources at the time. The first cover the use of the Earth and the graph is divided into: Acherland: Cultivation lands or farmland. Wald: forest. Wieen und Weiden: Praderas and grasslands. Unproduktivland: unproductive land. There are countries like Spain that are very balanced, with large cultivation surfaces and practically identical proportions of the rest, but also striking cases. For example, according to this Atlas, France is the country that, with 56%, more arable land has. They captured that Finland had the largest amount of forests, covering 61% of their territory (in 2021 estimated That was more than 73% and British India was the one that had the most won, followed by the US. And the worst? Norway, with 70% unproductive land. Agricultural production. In Produktion III and IV they focused on land production, and for the Austrians, the US was an agricultural power plant. They were the ones that most wheat, barley, oatmeal and corn produced (by far). The Soviet Union led in Centeno and Germany, obvious, in potato production. Argentina was the second in production of corn and Spain the third in barley. Who had less grain, mattered. Whose? From Argentina, Canada, the United States and Australia, and the great importing countries were the United Kingdom, Germany and Italy. As for wine, France was the spearhead, followed by Italy and Spain. In beer, the United Kingdom marked the pattern, followed by Germany. In that graph, Spain does not appear. In other resources such as Café, Brazil is a lot of difference from Colombia, El Salvador, Venezuela or Guatemala. And China also makes an appearance as a power in the production of tea and rice. Textiles and natural resources. As for textiles, it depends a lot on it. The United States led cotton production, followed by the British and China Indies. Japan and China were silk powers; The Soviet Union and the Philippines were of the hemp culture; The USSR and Poland led the linen, and the hops was a thing of Great Britain and the United States. The oil is a barbarity and, perhaps, the fact that puts us most into perspective with what they thought a century ago. In the Atlas, they indicate that the United States produced about 753,000 barrels in 1923. One hundred years later, US production was 21.4 million barrels … a day during the last quarter of 2023. In tobacco, salt, oil, rubber or paper, Spain has little to say, but where it stands out is in Mercury, very close to Italy and a lot of distance from the United States or Mexico. Mining. Produktion VII and VIII reflects the production of metals, gems and minerals, with South Africa leading the production of gold and diamonds and Mexico that of silver. The United Kingdom had the leadership of gas, but the absolute protagonist in the Serurgy after World War I, and something that would be key to the second, was the United States, leading coal, iron and steel. Cataclysm. The photo for some countries was really hopeful, but only two years after the publication of Hickmann Atlas produced The collapse of the NYSE. This caused the bankruptcy of banks, a reduction in production, protectionist measures and a break in international trade. The US was no longer to lend money to anyone, which caused a worldwide deflation. Europe, which was already indebted to the eyebrows, also suffered this recession, devaluing its coins and causing a new crisis. If a new volume of Hickmann’s work had been published years after the great depression, the situation of the graphics would have been very different. There were some visual … Read more

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