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If the question is where and when to see the solar eclipse of March 29, NASA has created a map to answer you

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This Saturday 29 we will have a new opportunity to see an eclipse (partial) of sun, at least if we are in an extensive region of the northern hemisphere that covers a good part of Europe (including Spain), but also parts of North America, Africa and Asia, and even a small region of South America. The eclipse, on a map. To help visualize where and when the Eclipse de Sol can be seen, the US space agency, NASA, has published a map in which the region is represented from which this partial eclipse will be visible. The map also includes time information with which to guide us. The yellow lines of the map They allow us to get an idea to what extent the sun covered by the moon will be depending on the place where we find ourselves. The area where more darkness is reached is located on Canada and Greenland, where more than 80% of the solar disc will be covered. The point of greatest concealment will see how it disappears about 93.1% of the disc area. The green lines, meanwhile, indicate the moment in which this maximum solar concealment occurs in each area. The hours are indicated in coordinated universal time (UTC), which during winter coincides with the time of the Canary Islands archipelago. One more hour in the Peninsula and in the Balearic Islands. The dawn line. The orange lines delimit the area where the eclipse will occur during dawn. The points that travel the orange line located further west are the places where the eclipse ends during dawn, while the orange line further to the east shows us where the eclipse begins with dawn. The blue line located between both joins the points where the eclipse will reach its peak during dawn. The map created by NASA to illustrate the eclipse route. NASA Scientific Visualization Studio. Where will you see better. Yes We focus on Spainthe darkness will be greater the more we find ourselves. Thus, for example in A Coruña, 31.6% concealment will be reached, while in Mahón the concealment will be 8.85%. In Madrid and Seville the concealment will be similar, about 20%. Less than in cities such as Gijón or Ponferrada (about 27%), but more than others such as Barcelona or Murcia (around 13.5%). Animated visualization of the areas that will be hidden during the partial eclipse of the sun of March 29. POT. When will it be seen. The eclipse will arrive in the morning and the first autonomous community in being able to see it It will be that of the Canary Islands. Specifically, it will be in the surroundings of the Punta de los Reyes, in El Hierro, where the eclipse will begin at about 9:11, local time. The shadow will move in a northwest direction so that the last point of the Peninsula in being able to see the eclipse will be Euskadi, more specifically in Hondarribia, where the sun will look again fully at 12:41 a.m. On the map We can see how in most of the Peninsula the maximum of the eclipse will occur between 10:30 UTC (11:30, local time or CET), and 11:00 UTC (12:00 CET). Caution. Eclipses are astronomical events easy to seebut dangerous for our view if we do not take precautions. It is essential to use protection if we want to see the eclipse but it is not enough with simple sunglasses, we need specialized glasses to be able to see this type of event without putting the health of our eyes at risk. We also have ways of seeing the eclipse indirectly and safely. In Xataka | The solar eclipse of March 29 is the starting gun for something historical: Spain will see four eclipses in four years Image | NASA Scientific Visualization Studio

China needs cardiologists in an increasingly aged society. His answer is an AI that “reason” as the best

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820,000 people. That is the number of patients that the Department of Cardiology of the Zhongshan hospital attended in 2024. A very high figure for a country in which doctors are missing and that sees that, every so often, every so often, His hospitals overflow. Increased higher health coverage, especially for an increasingly aging populationand the answer has been found in artificial intelligence. In a cardiologist, specifically, which has trained with a base of hundreds of thousands of people and has all the support of the government. Cardiomind. That is the name of artificial intelligence that has been developed by the Zhongshan hospital, the University of Fudan and the Shanghai Artificial Intelligence Academy for Science. It is a joint effort to create an AI that, according to them, is able to reason as their best cardiologists. GE Junbo is one of those outstanding cardiologists of the Chinese Academy of Sciences and Comment They are feeding the system with data, but they also teach him “to think as an expert first level cardiologist.” Co-pilot. In this way, Cardiomind compares patient history and the results of tests based on global research to generate diagnostic suggestions. And if you were raising one, leaving the possibility of leaving your heart’s health on the awareness of a machine, in the word “suggestion” is the key. According to its creators, the idea is not that doctors are replaced, but that it helps those members of a congested system to work faster and more accurately. “With their help, our doctors can attend more patients, reduce the workload and improve both the quality of the diagnosis and the treatment,” commented The doctor. Pillars. The secret of the pizza is in the dough, in the case of AI, that special sauce is the training. Cardiomind is a multimodal system that can analyze and process data from various sources (electrocardiograms, ultrasound and laboratory results, for example) to provide its diagnosis, and it is what has been trained. The source has been hundreds of thousands of medical records that the Hospital Cardiology Department had stored for decades, learning in the process how doctors think both in the diagnosis and during treatment. In addition to multimodal and very trained, it specializes in one thing: cardiovascular diseases. Total government support. And all this comes from the hand of itself. China is investing strong in development of artificial intelligences and, although in the West only a few as Deepseek They are the ones that attract attention, the country has been betting for the development of these systems to decongest several organisms. And that of medicine is fundamental. In January of this year, and apart from Cardiomind, established In Shanghai the first test and verification center of large models of AI in the field of medicine. Their fields will be assistance, disease prediction, personalized treatment according to the history of each patient and support to develop drugs. Necessary. Such is that impulse that several hospitals already have their own AI platforms, even some that They combine Contemporary and traditional medicine. And the reason why this technological development is being promoted is the one mentioned above. The population is getting older and doctors are missing. It is estimated that the country has 1.9 doctors per 1,000 inhabitants and They want have 5.5 nurses per 1,000 people for this year. In other countries, the average is devastating. In Spain, for example, there is 6.21 doctors per 1,000 inhabitants. In the case of nurses, the figure is 7.12. Challenges. Now, despite that government impulse, there are three elements to take into account. One is that of the data security to guarantee privacy. In the case of Cardiomind, those responsible developed a firewall with encrypted data. Other countries are studying How to apply AI in cardiology and, precisely, data leakage and ethics is a point that is usually present Among the concerns. Ethics also plays a role, since if it goes from suggesting to a more important role, it would be necessary to legally regulate it. At the moment, or they are in charge “only” of paperwork and records or, if they attend decision making, the last word has a human. In addition, there is the technological issue itself. The development of these artificial intelligences needs servers and calculation power. It is something that China is solving more or less controversial forms buying items that They should not be able to buy due to the commercial war with the West, but also using solutions developed at home, such as the chips of a huawei that is the spearhead in development of hardware for AI in the Asian giant. Images | Huawei, In Xataka | It is impossible to escape from Huawei: not even the oldest hospital in Spain in its ambitious digital transformation

Nvidia tries to placate the criticism of the distribution of the GeForce RTX 50. Your answer is not entirely convincing

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Several weeks after its launch it is still very difficult to find in the stores a family graphics card GeForce RTX 50 with a price aligned with its official cost. The easiest model to get with a price Similar to the marked by Nvidia It is the GeForce RTX 5070but the others or have an important extra cost or are not available. In this scenario it is understandable that users who have decided to get one of these graphics cards are disappointed. Many of you have clearly expressed it in The comments of our articlesand forums dedicated to PC hardware are full of users They complain due to the low availability of the new NVIDIA graphics cards. Given the circumstances, the company led by Jensen Huang has been forced to face with the purpose of appeasing players and trying to explain what is happening. This is Nvidia’s response As we can see in the graphics that we publish on the cover of this article, Nvidia says that during the first five weeks after the launch has distributed twice the graphics cards of the GeForce RTX 50 family that on its day of the range GeForce RTX 40. However, this explanation deserves a calm analysis. And, as they point out in Tom’s hardware and Redditthis comparison does not scrupulously reflect what is happening. During the first five weeks of the launch of the GeForce RTX 40, only the RTX 4090 was available Jarred Walton, one of Tom’s hardware editors, explains very well: During the first five weeks after the launch of the GeForce RTX 40, only the RTX 4090. This graphics card arrived on October 12, 2022, and the RTX 4080 landed on November 16, just five weeks later. All users know that RTX 4090 is not an adequate graphic solution for a wide range of players or for its price or for their benefits. However, during the first five weeks after the launch of the GeForce RTX 50 family, the four graphics cards that are currently available: the RTX 5090, the RTX 5080, the RTX 5070 TI and the RTX 5070 arrived. The first two landed together on January 30, 2025, while the GeForce RTX 5070 TI arrived on February 20. Finally, the GeForce RTX 5070 appeared almost at the end of this period: on March 5. If we have all this present it is reasonable to conclude that the comparison made by Nvidia It is not balanced. Not even accepting the possibility that this company has added the RTX 4080 to the figure of the GeForce RTX 40 family. Hopefully both availability and prices are normalized as soon as possible for the good of users. Image | Nvidia More information | Tom’s hardware In Xataka | If Nvidia lived only from PC GPUs, she would be about to die of success. And US tariffs don’t help

If the question is when 6g will arrive in Spain, Ericsson has given us the answer: when 5g starts

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A constant question in technology is what will be as follows. And after 3G, the 4g and the 5g The answer is clear: the 6g. We fantasize with infarction speeds and a more connected world, but in our Tour with Ericsson executives for the Mobile World Congress The transparency exercise was clear. They told us that, in Europe, 5G is in diapers. Insufficient. One of the main reasons for this gap is the lack of deployment in the millimeter band (MMWAVE), an essential component to reach the speeds and ultra -tanking that 5G promises. Compared to countries such as Japan, South Korea or the United States, we are very late in implementing millimetric band solutions. Although we are expected to talk about 6G from 2030, in Ericsson they are clear that the 5G potential has not yet been unlocked. The European context. Europe has opted for an approach (perhaps too much) conservative in the deployment of 5g. Instead of promoting the millimeter band (24 GHz – 100 GHz) as other regions have done, most European countries have prioritized medium bands (mainly 3.5 GHz) and casualties (700 MHz). This attends to concrete reasons, and that is that deploying in the middle and low wave allows us to offer a very wide coverage with less towers. This allows lower investment in infrastructure, in addition to being able to take advantage of a good part of the existing 4g bases. In good part of European countries, such as Spain, Germany or France, the real millimeter band deployment remains marginal and still focused on pilot tests. What’s out. On the contrary, countries like the United States have been betting hard for the millimeter band. The FCC (Federal Communications Commission) auction a good part of the spectrum since 2019, and giants such as AT&T and T-Mobile have already deployed their MMWave networks. Japan combines middle band and MMWave, using this last band, especially for factor automation processes and connectivity in events such as Tokyo Olympic Games. Other countries, such as South Korea, face delicate situations. There, spectrum was assigned in the 28 GHz band for MMWave, but the operators They ended up returning the licenses. There was no clear demand for services that justified the investment, and the operators found no way to make it profitable. After the initial disaster, the government has returned to auction the spectrum, with incentives to the operators with less regulatory restrictions, more aid and the objective that the country does not stay behind in its deployment. What about 6g. It is expected that, from 2030, let’s start talking about 6g. One of its objectives is 6G is further reduce the latency in connections and significantly increase the transmission speed. At the moment, spectrum has not been defined for this standard and the spectrum bands that will be used for data transmission are unknown. According to IU-R M.21606g aspires to achieve A 200 Gbps peak speed and stable speeds between 300 and 500 Mbps. In the same way, it aims to reduce latency up to 0.1 ms and support a traffic capacity per area in a 30 mbit/s/m2 – 50 mbit/s/m2. A technology that will multiply speed, minimize latency and expand use cases. The problem? The 5G has been with us for more than six years, and is still taking its first steps. What are we doing to improve 5G uses. Giants like Ericsson bet on continuing to innovate in 5G, and much of that innovation develops in Spain. The company has R&D centers in Malaga, Madrid and Barcelona, ​​having generated more than 1,500 patents. The company showed us how the future of 5G is quite focused on the B2B world, and how it will be possible to diversify services depending on customer demand. We have all normalized paying for fiber connection at home and paying more or less depending on the demand: in Ericsson they think that part of the 5G services will come for this same approach. There are more and more 5G implementations with artificial intelligence Image | Pexels In Xataka | Japan already has its first prototype with 6g: the results have been a success

If the question is how much money it exists in the world per person, this graphic developer has the answer

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Imagine there was a form of distribute all money in cash of the world equitably between Each inhabitant of the planet. Thus, a Wisconsin farmer would have the same cash That a potter in New Delhi, a goat shepherd in Namibia or a dentist in Sydney. How much money You think it would correspond to each inhabitant? The short answer: everyone could Buy a Sandero Dacia. The world money supply is not the same as world wealth The modern economic system encompasses many financial and monetary elements that define the term of wealth. So one of the ways in which the exercise of imagination distribution of wealth that would allow mitigating world poverty can be distribute all money in cash that exists in monetary markets around the world. This “cash” money is known as M2 Prenss supply And it is an intermediate monetary aggregate that includes money in circulation from around the world and certain bank deposits with high liquidity and with a period of up to 2 years, savings and money market accounts, as well as deposits with availability with notice of up to three months. In other words, the monetary supply M2 is all that money you could have in your pocket in a relatively immediate way. The concept of monetary supply m2 differs from the Global wealth or heritage in which this includes assets and real estate properties or mercantile that, although they can have a lot of value, are not easily redeemable for Count and sound money. According to data collected by CEICM2’s money supply amounts to 123.3 billion (Europeans) of dollars In 2024. That is, joining all the effective of all the economies of the world, we would add that money. According to the report ‘Global Wealth Report 2024‘Prepared by UBS, the world’s private net richness in 2024 was encrypted in 487.9 billion dollars in total. To help us see that information in a more graphic way, in Visualcapitalist have created an infographic in which the M2 MONITORY OFFER DATA obtained by CEIC, and divides between the world population data registered by the United Nations Department of Economic and Social Affairs. Distributing all world cash As we said, the world M2 money supply registered by the CEIC economic body in 2024 is 123,313 billion dollars (with the Anglo -Saxon system they would be trillion), while the data of the world population in 2024 reveal that we are currently 8,161,973,000 inhabitants In this little blue marble that we call planet Earth. The result of the equitable cast is that, each inhabitant of the planet would correspond 15,108 dollars Or, what is the same, about 13,944.28 euros to change. According to the Virtualcapitalist calculationsthat would be equivalent to the expenditure generated by the list of the purchase of an average home for two years, a second -hand car, or also reaches to buy a Sandero dacia. Without extras, yes. Spain is better for accounts If we repeat the same exercise, but circumscribing the data to the scope of Spain, the amount that each Spaniard would receive would be somewhat higher. According to CEIC’s records for Spain in December 2024the supply of monetary m2 available was 1,647,611,114 million dollars (or 1,648 billion dollars). On the other hand, the data of INE population count January 2025 left a total of 49,077,984 inhabitants in Spain. That lets us, by distributing the total of the money supply among the inhabitants of Spain, each would receive 33,571.29 dollars or some 30,967.97 euros to change. In Xataka | How much money you need to be among the richest 1% in Spain Image | Visualcapitalist.com

In search of the lost ark ‘, the answer is to pass it black and white

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At this point, say that Steven Spielberg It is one of the best directors in the history of cinema, it is meaningless. Has shaped Incredible works And, without judging me which is your best movie, I am clear that the one I can see again, another and again without boring me is’In search of the lost ark‘. Not only is the first in the saga of Indiana Jonesbut also a round tape with humor, good argument, sharp dialogues and masterfully shot action. His initial scene with the great rock chasing the archaeologist is part of pop culture and I know I am not the only fan of this film. But I also know that not so many people have seen the black and white version, without sound and industrial metal sounding in the background. Because yes, ‘Indiana Jones: In search of the lost ark’ he has a version made by a fan. And that fan is a winning film director of the best director: Steven Soderbergh. The other Indiana Jones face Soderbergh is a peculiar director. He has films that have been a failure and are somewhat rare, surprises like the raw ‘traffic’ that made him deserving of the academy award and balls such as the saga ‘Ocean’s’. In addition to directing, produces, edits and is director of photography of many of his creations. Also those of others. The director has a blog in which he releases his thoughts, but between filming and filming, at some point in 2014 he thought something like “Has people really see the work so impeccable Spielberg at photography level?” Or something like that, go. Being a director of photography, some of this knows and something proposed: to make his version of one of the most mythical films in history: the aforementioned first installment of ‘Indiana Jones’. I have to admit that, of all the times I have seen it, I had never done it as when I saw the Soderbergh version. I focus on action, I look at the definition of the first planes, I let myself be carried away by the music of John Williams and I must admit that the grain and the color palette flips me. But never, and see that I like photography, I had given me to value that aspect of the movie. I of course was good, but with what Soderbergh did … there I realized to what extent Spielberg is a teacher. Because Stephen does not want to improve what Steven did. Not only would it be a disrespect, but a boldness. What he wants is, precisely, to exalize Spielberg’s work, that everyone can put aside the elements that have nothing to do with pure and hard photography. And, for this, he applied a series of changes to the tape. The first and most evident: it was the color. Not only did he put a black and white filterbut made it hard, accentuating the shadows until it is indistinguishable. It is what stands out the most, but as soon as reproduction begins, the second thing that attracts attention is that John Williams has disappeared. All the sound of the movie, really. The industrial and heavy music of Trent Reznor and Atticus Ross bathe each scene. Turning a Blockbuster As this in something similar to the silent cinema of German expressionism, Soderbergh wants us to concentrate on one thing: admire Spielberg’s hand and eye. Also be didactic and that those who are learning from cinema can do it with one of the best. In this link that leads to your blog We can see the full film in this format, and it is surprising that, beyond that you know it or not, only with the framing, the rhythm of the assembly and the movement of the camera, the argument can be followed so well. You can ride the dialogues in your head: the movie simply works. And be careful, it is not the only film that made an alternative montage. There is also ‘2001: Odyssey in space’but unfortunately that entrance was erased from his blog. The truth is that, in this case, Kubrick sure would not have made him a hint of grace. And it is also true that there are films that these changes feel better than others. ‘Logan‘It has a black and white version and I think it would also work if we take away the sound and focus on what we see. But – by saying another that hallucinates me – something like ‘Matrix‘, For example, I would not work at all with such a change, at least in my opinion. The color is tremendously important in the Wachowski tape. I will be delighted to read in comments what this version of ‘Indiana Jones’ “remastered” by Soderbergh. (And what amounted to me most is that you can see free being Disney’s rights). In Xataka | The director of ‘The substance’ debuted 30 years ago with a homemade tribute to Star Wars that you can now see for free

Emirates financed a study to know if it can cause rain in the desert with solar farms. The answer is yes

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As water It becomes a more precious resource than oila group of scientists has analyzed if solar farms can have an even more beneficial effect than generating energy with sunlight: making it rain in the desert, offering the communities most affected by drought water and renewable energy at the same time . Climate engineering against drought. Given the drama of its waning water resources, the United Arab Emirates government financed a study published by German researchers in Earth System Dynamics. The researchers proposed to create artificial heat islands by installing large black surfaces (ideally, solar panel farms) to enhance precipitation in arid areas. A promising result. The scientists simulated the impact of these surfaces with advanced models and obtained surprising results. A heat island of 20 km² induces an increase in rains 571,616 m³ a day. This could be translated into water supplies for about 31,000 people. Only with an area of ​​20 km². But the interesting thing about study is not its quantitative results, but the possibility of implementing these surfaces taking advantage of existing infrastructure, such as photovoltaic solar panels. This solution would not only address water scarcity but also contribute to renewable energy production. How it works. That a farm of solar panels can induce rain is not a very intuitive concept, but it is something that He has been studying for a while, particularly in the Sahara. These facilities, by absorbing heat with their dark panels, could create ascending currents that, under the right conditions, would trigger rain storms. When these farms exceed a certain size (about 15 km²), the heat absorbed by the panels, in contrast to the most reflective sand, significantly increases the convection currents necessary for cloud formation. Areas where we know is viable. For this process to work, a source of atmospheric humidity is needed. The models showed that the wet winds of great height from the Persian Gulf are enough, to the joy of Emirates. The researchers also identified other areas of the world where it could work, such as Namibia and the Peninsula of Baja California in Mexico. Some limitations. The initiative requires darker surfaces than those commonly produced by solar panel manufacturers. Some panels are even reflective to improve your thermal performance. However, the Construction of increasingly large solar farmsespecially in China, they open the door to try the idea in the real world. It won’t be simple, of course. The implementation of gigantic heat islands raises logistic, but also ecological and social challenges. For example, how would these surfaces affect local biodiversity? What would be the visual and social impact on nearby communities? You need more research and pilot tests to discover it. The case of Emirates. The United Arab Emirates government, which financed the study, is facing the shortage of two ways, mainly: desalination and sowing of clouds. The program of Cloud sowing through airplanes Plan about 300 missions every year, but like desalination, it is an expensive method with limitations. In this context, large solar farm surfaces are a promising alternative. Image | Pixabay In Xataka | The regions of the world most threatened by drought, collected in a great interactive map In Xataka | The biggest problem of Perovskita’s solar panels was its durability. China has just resolved it *An earlier version of this article was published in February 2024

Is glass solid or liquid? A much more difficult question to answer what it seems

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There is an urban legend that attributes the irregularities in the glass decorated by the Gothic cathedrals to the fact that Glass is not a solid but an extremely viscous liquid that, over time ends up falling dragged by gravity. Well, according to experts, this story is a myth. And at the same time it really has a lot. Yeah, It is complicated. As we learned at school, matter can occur in three states: solid, liquid and gaseous. Then we would learn that the panorama is a bit more complex, with somewhat more unusual phases such as plasma, or the existence of a “Triple point”, A combination of temperature and pressure under which matter can be in three phases at the same time. In An article in The CovnersationPaddy Royall, a professor at the University of Bristol, explained a few years ago some details of this mystery and why the history of the windows of the cathedrals has some foundation Despite not describing a real cause of cause effect: the irregularities in these windows are due to the technique and not over time. For Royall, the key to the matter is in the transition. To understand where glass fits in all this we can think of water or, more specifically, what happens when the water changes its liquid phase to its solid phase. When the water freezes it does so more or less sudden. Small crystals arise from the liquid water, that is, regions where H2O molecules are structured in an orderly and invariable way. This crystallization occurs quickly, as a kind of infection that extends until the whole solidifies. In any case, the water will become ice in a discreet and not continuous process: it will pass from solid fluid without further proceduresso that their molecules will go from disorder to order. The problem is that not all matter seems to behave with that immediacy. And the glass, or rather, the glass are the best example of it. “The problem with the materials that form glass (which include plastics, alloys and ceramics, in addition to the daily ‘glass’) is that there is no obvious transformation. When cooling we cannot say the moment in which the glass becomes solid, ”he explains in Your article Royall And this is not simply due to a matter of temperature but in the same viscosity. So that a material crystallizes its atoms must “order” and structure. As explained to Livescience John Parker, from the University of Sheffield, “(the glass) cools quickly, but as it is so viscous, Atoms cannot be moved in a simple way to regroup in a more orderly solid structure, and are trapped in disorderly formations. ” “(Glass) is by mechanically solid, but with a messy structure like that of a liquid,” adds Parker. Something similar explains Royall In your article in The conversation. “The reason that (the transformation) is difficult to observe is that to do so we would have to wait an extraordinarily long time (much more than centuries),” he says. However, the teacher gives us some details of how atoms and molecules are structured in this solid that is not such. He explains that, if we look with a microscope, we can see how small groups of a few tens of molecules act differently: some are structured in orderly, as in a solid, while those around them remain unstructured, as in a liquid . A difficult experiment In 1927, the one that is considered “was launched”The slowest experiment in history” It is about Brea drop experimentan essay whose objective was to demonstrate that this substance was a liquid of enormous viscosity. Those responsible for the experiment placed an amount of break in a funnel, all protected in a glass bell. Under the funnel, another container to collect the fallen break. After three years letting the break, those responsible for the experiment opened their mouths and left the gravity to do their job. Ten years later the first drop fell. In the 95 years since the opening of the funnel, they have fallen A total of nine drops of break to the second container. This experiment remains active as curiosity and because it can still teach us things. For example, how environmental conditions alter the viscosity of this type of liquids. After the seventh drop (fallen in 1988), the University of Queensland installed air conditioning in the faculty that houses the experiment. The result: a remarkable slowdown of the speed at which the drops fall, that is, an increase in the viscosity of this fluid. So, glass is a liquid, right? The question remains without a definitive answer. In John Mauro’s words collected by Livescienceglass “is neither a true liquid nor a true solid: it has properties of both but has its own state of matter.” “The technical definition It is that glass is a state of non-echinibrated and non-cristaline matter that appears to be solid in the short temporary scale but that relaxes towards the liquid state, ”added Mauro, expert in material science of the Penn State University. The question of the time scale is important. The stained glass windows of the Gothic cathedrals are centuries behind. The temporal scale in which glass is located is much larger. That is why we know that, although there is something true in the legend of these stained glass windows, it would actually need more time so that we could observe changes in the structure of these materials. Much longer. In Xataka | We have discovered that diamonds can compact even more. The result is a much harder material Image | Antoine Pouligny / Jamieson Gordon

If the question is what recruiters are set when hiring, a study has given the answer: experience and attitude

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Labor trends are changing depending on the needs of companies and, with them, the skills and characteristics that The recruiters look In the new candidates. In the same way that there are warning signs during the selection process that automatically make recruiters Discard candidatesthere are also other characteristics that make them win many points. Take care of your curriculum because they will read it The Sumume Genius Employment Platform has prepared A survey in which he has asked 625 managers and managers of the Human Resources Department in the US. The survey data reveal that, when a candidate’s curriculum reaches his hands (probably after a First filtering by AI) dedicate time to Review knowledge and skills of the candidate. 78% of recruiters and managers claimed to dedicate more than a minute to review each curriculum before moving to another candidate. This time is much higher than the one that was used to employing in large companies, where the candidate’s curriculum was valued In just six seconds. 57% of those responsible for hiring in companies dedicate from one to three minutes for each curriculum. At the ends we find 22% of the recruiters who dedicate less than a minute to discard or accept each curriculum, while 21% takes it easy and dedicated more than three minutes to know the Skills and knowledge of candidates. By age range, they are the most veteran recruiters of the Babyboom generation who spends the most time to Examine each curriculum. 37% of those responsible for hiring this generation claims to dedicate more than three minutes, compared to 24% of generation X recruiters, 19% of the generation or only 16% of generation Z. If the position you postulate is in a technology company, the attention to the curriculum It intensifies. The recruiters of this sector claim to use more time by reviewing the training of candidates and their skills. 51% of these recruiters use between one and three minutes in each curriculum, and the percentage that dedicates more than three minutes amounts to 28% in this sector. More skills and less “titulitis” One of the most important changes in the hiring trend that has occurred in recent years, has been the change in priorities when considering the candidate For a vacancy. While a decade ago The degree was much more taken into account Academic, over time it has been losing ground to leave space to other values ​​such as experience, attitude or soft skills (soft skills). In fact, 48% of respondents claimed not to have hired suitable candidates, but who lacked these skills. Surprisingly, although the sections of “work experience” and “education” still have an important weight in the assessment of candidates, 57% of recruiters affirm that the “hobbies and interest” section is between one of the three sections With more weight of the curriculum. Those responsible for recruiting in this section additional information About personality and values of the candidate, something that is not always conditioned by the academic level. So much so, that 43% of recruiters said not to demand a title of a prestigious institution to consider a candidate, but 54% would not take it into account if they did not have soft skills or a positive attitude during their interview. The commitment to Gene generation values makes 36% of recruiters belonging to this generation give great importance to this section, so it is expected that in future weight in decision making on hiring. 43% of recruiters ensure that for them it is a very good signal appreciate enthusiasm or positive attitude to the position or to the company. On the other hand, 63% believe that detecting that the candidate is lying in his answers, if he uses inappropriate language, or criticizes his previous partners or employers, is sufficient reason for discard it immediately. In Xataka | If your chair holds in a job interview, it is no accident: they are evaluating more than your curriculum Image | Pexels (Sora Shimazaki)

How to use Deepseek to search on the Internet and see the sources used in the answer

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Let’s explain How to look for things online using Deepseekthe popular Chinese artificial intelligence. In this case we will use its official website, since if you opt for Install Depseek on your computer with Ollamathen you will not be able to use this function. What we are going to teach you is to ask for this thing, and what Look for results on the Internet. Deepseek will generate an answer from them, but you will also be able to look at the sources that you have used and enter the articles. Search the Internet with Depseek The first thing you have to do is Enter the Chat Website with Deepseekwhose address is chat.deepseek.com. This will take you to the screen where you can start a new conversation with AI. Once on this screen, search in the button Search That appears under the writing field. You can combine this button with Deceptk R1, depending on whether you want the AI ​​reason or not about the questions. Once you have marked the option Searchlook for what you want to find. When you ask Depseek, it will take a few seconds in search for sources to extract informationand then it will compose an answer. When you do, in each paragraph you will see a series of numbers, and above all you will have a message Found XX Results which indicates how many pages he has used as a source. The numbers at the end of each paragraph indicate which sources have been used for that text fragment. If you pass the mouse on one of those numbersthen a window will be displayed with the source, and you can click on it to enter the article. If you click on the message Found XX Resultsthen a column will open to the left where you are going to show A list of all used online items To compose the answer. And so, you can click on each of them to review the information or expand it. In Xataka Basics | Deepseek history: how to see or erase everything you have asked artificial intelligence

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