method

We have small and giant black holes, but the intermediate ones do not appear. Now some scientists have designed a method to search for them and they already have two candidates

by

Today astrophysicists have a lot of information about black holes. They have even been photographed. However, there are only two types of black holes for which a multitude of evidence has been found: supermassive black holes, which are colossal in size, and stellar black holes, which are formed by the collapse of a star when it runs out of fuel. Supermassive ones usually have masses between 100,000 and 10,000 million solar masses. The stellar ones are much smaller, with approximately a mass equivalent to that of 3 to 100 suns. So what happens in the intermediate range? Don’t black holes of intermediate mass exist, between 100 and 100,000 solar masses? This is a question astronomers have been asking for a long time. Theoretically, they could exist, but no evidence has been detected. Now, a team of scientists from Yangtze University in China, has devised a method which could be useful to find them once and for all. Gravitational microlensing of fast radio bursts. These scientists have used a method that is based on searching for fast radio bursts that have experienced a gravitational microlensing deformation. These deformations are caused by massive objects that stand between the path of the blast and the Earth. By studying the effects of these disturbances, its mass can be calculated. For this reason, these scientists have analyzed a catalog of these bursts, looking for those that may have been distorted by gravitational microlensing and have been left with two candidates whose mass would correspond to an intermediate black hole. The best? They also fit with primordial black holes, so they could even serve to better understand dark matter. Clarifying concepts. Now let it be understood. Fast radio bursts are short bursts of radio waves, which come from far away, beyond the Milky Way. There is no consensus on its origin, but many have been detected, it even seems that there are a large number in a single day. For their part, gravitational microlensing are formed when a very massive object comes between a light source and the Earth. It is so massive that, due to the action of gravity, it doubles space-time and, with it, the path of light that reaches Earth. As a result, multiple and/or magnified images may form. The point is that fast radio bursts themselves can be altered by gravitational microlensing when a very massive object crosses their path. Gravitational microlensing Canadian Hydrogen Intensity Mapping Experiment (CHIME). This is a Canadian radio telescope initially designed to map the presence of hydrogen in large fractions of the observable universe. Thanks to its large collecting area and field of vision and its bandwidth, over time it was seen that It was also very useful to detect fast radio bursts. They are very fast, but when observing so much sky at once they do not go unnoticed. For all this, the authors of the study that has just been published have analyzed the CHIME catalogwith special attention to bursts that at some point have suffered a disturbance by gravitational microlensing. Two candidates. Of all the distorted bursts they found, there were two whose size matched possible black holes of intermediate size. One had between 539 and 609 solar masses and the other between 1,544 and 2,571 solar masses. Curiously, there were no galaxies or galactic clusters around it. When black holes form through physically well-known collapse processes, they are usually in the centers of galaxies. However, when they are isolated, as is this case, what is expected is that they are primordial black holes. That is, black holes that formed in the early stages of the Big Bang, before there were even stars that could collapse. something unexpected. These scientists expected to find intermediate black holes, but they may also have found evidence of the origin of dark matter. One of the hypotheses about this mysterious matter that makes up most of the Universe is that it is partly composed of primordial black holes. The problem is that the existence of primordial black holes has not been proven. With this new study, two birds could have been killed with one stone: demonstrating that intermediate mass black holes and also primordial black holes exist, in turn helping to unravel the dark matter mystery. Without a doubt, it is a cosmic carom that is worth continuing to investigate. Image | THAT | POT In Xataka | Stephen Hawking made a prediction about black holes in 1971. A new signal has proven him overwhelmingly right

A new search method detects dozens of possible planets with two suns that had gone unnoticed by us

by

Nowadays, more than 6,000 planets are known which, like ours, revolve around a star. On the other hand, only 18 planets have been found that orbit a binary system, with two stars. For this reason, they are considered a rarity. They are so rare that the best known of them all is Tatooine and, far from existing, it belongs to Star Wars fiction. However, a team of scientists from the University of New South Wales has decided to change the method we use to search for planets. In doing so, they have suddenly found 27 candidates for planets with two suns. An underused method. The method that have used These scientists know as apsidal precession. It was already used in the past to characterize binary star systems. However, until now it had not been used to check if there is another object, such as a planet, within that same system. Broadly speaking, it consists of locating possible changes in the eclipse calendar of the two stars. If these changes cannot be explained with general relativity or stellar physics, there must be something disturbing their movements. This is how, thanks to the TESS telescope, 27 candidates for circumbinary planets (with two suns) have been located, although it will still be necessary to confirm which ones are really planets. Stars playing hide and seek. Eclipses occur when, from the position of the telescope observing them, one star interrupts the light of the other. In a known binary system, these eclipses are predictable. Therefore, if we see something that doesn’t add up, there could be a planet in the way. TESS typically relies on the transit method to detect exoplanets. It detects periodic disturbances in a star’s brightness, which could indicate that a planet is crossing between it and the telescope. However, if the planet has an irregular orbit that is not in the telescope’s line of sight, it may go unnoticed. However, with this new method that is not a problem, because you do not have to see the planet or the changes in the brightness of the star. It focuses rather on the gravitational effects that affect its two stars. It doesn’t matter that its orbit is not visible to us. It’s just the beginning. This team has detected 27 candidates for circumbinary planets in a total of 1,590 two-star systems analyzed. That means about 2% of these systems could host planets. If this is true, thousands more planets could soon be detected. For a long time, exoplanet detection would have been highly biased. Artist’s representation of a system with two stars A great variety. The smallest possible circumbinary planet that has been detected has a mass similar to that of Neptune, while the largest is 10 times more massive than Jupiter. The closest one is 650 light years away from us, while the furthest one is 18,000 light years away. There are candidates in the northern and southern skies. In short, there is a great variety. That also supports the hypothesis that there are a wide variety of planets out there that, until now, have been invisible to us. And now what? Now it will be necessary to check which of those 27 candidates are really planets. Some stars, such as brown dwarfs or white dwarfs, could also alter the eclipse calendar of the binary system. Even black holes could do it. Therefore, it must be ruled out that it is any of these phenomena. To resolve this question, another instrument will be used, the Anglo-Australian telescope from Coonabarabran. With it these other very massive objects could be detected. If no plausible explanation is found, it would be concluded that it is a planet. What we can learn. Having techniques to detect another totally different type of exoplanet gives us much more information on planetary formation. There could be planets similar to Earth, whose only difference is the existence of two suns. Some of them could even host life or have hosted it in the past. The range of possibilities would open up greatly. About half of the stars in the universe are found in binary or multi-star systems. And all of that is still unexplored. Image | Star Wars | NASA/JPL-Caltech/T. Pyle In Xataka | There is only one chance in 11,000 years to reach the planet Sedna. Some Italians want to use this nuclear engine

The science of learning dismantles the mathematical rule of the fashionable study method

by

When it comes to studying anything, almost all of us want to have a system that allows us learn quickly and efficient. This is where we can turn to the Internet, where there are numerous pages that promise us almost miraculous systems to pass easily, and one of them is the 2-7-30 method. But… What does science say about this system? What is it about? This method focuses on a system where you have to review the information exactly 2, 7 and 30 days after having addressed it on the first occasion. Something that is quite similar to what we want to achieve with the flashcards. Something that a priori seems quite simple to put into practice, but which can generate quite a bit of fear by leaving a topic shelved for so many days in the last round. It gives good results. But it is the best from the point of view of science, and to understand it, we have to go to the basics of how our memory works. And this method is based on the spacing effectwhich undoubtedly far surpasses the classic ‘binge’ the night before an exam, where you try to get all the data in in a matter of hours. Here, a classic meta-analysis published in 2006 in Psychological Bulletin, analyzed 839 measures in 317 experiments and confirmed that distributing practice over separate intervals dramatically improves retention. But even in the past, other studies suggested that repeating material over time consolidates memory much more efficiently. Recovery practice. There is no point in spacing out the reviews if, when day 2 or day 7 of the method arrives, we limit ourselves to passively rereading the notes. Here different studies have shown that actively trying to remember information produces much more lasting learning than passively re-studying it. In this way, forcing the brain to “rescue” that data strengthens neuronal connections, and science points to the advantage of active remembering over traditional binge-watching methods, such as making conceptual maps. The enemy to beat. The concept of reviewing in increasingly longer windows of time is born from the need to combat our natural decline in retention. This is where a work on the “forgetting curve” by Hermann Ebbinghaus comes into play, which demonstrated that we lose most of the newly learned information within hours or days if we do nothing to retain it. More modern replications of this idea confirm that this initial rapid forgetting is real and useful to contextualize the problem, although researchers depend on different factors and not only the strict passage of time. That is why the idea we should stick with is that every time we review the information, the forgetting curve resets and its slope becomes gentler so that it takes longer to disappear. The myth of exact numbers. Although it has been shown that spacing study days, in reality science does not identify 2, 7 and 30 days as a universally valid pattern for all learning and people, but will depend on many factors. Here, a study published in 2008 showed that the optimal interval between reviews depends on the retention interval we are looking for, but that the spacing changes radically if the objective is to remember something for an exam that is due in a week versus if we want to remember something in a year, as can happen in an opposition. In this way we get the following pattern: If the exam is in 1 week, the reviews should be separated by just 1 or 2 days. If the exam is in 1 year, Reviews should be spaced several weeks or even a month apart. Images | freepik In Xataka | SQ3R technique: the study method that helps you understand the subjects, not just remember them

The IOC has a new method to exclude trans athletes from the Olympic Games. The problem is that biology doesn’t work like that.

by

At the end of March, the International Olympic Committee announced undoubtedly one of the most controversial decisions in its recent history: starting with the 2028 Los Angeles Olympic Games, no transgender athlete will be able to compete in the women’s category. But beyond the social and political debate that can be generated, we must also focus on the method chosen to determine this exclusion: a simple genetic analysis where a single gene is searched. And this is something highly discussed among science. His discoverer. The gene in question, which will be analyzed in athletes who want to participate in the female category, will be SRYwhich is nothing more than the “Sex Determining Region Y”. A gene that was discovered in 1990 by molecular biologist Andrew Sinclair and who pointed out that its presence is a determining factor in male sexual development. It is, literally, the scientific father of the test that the IOC has chosen to integrate into its Olympic requirements. But the thing is that he himself is against using it for this. Your disagreement. This decision is not a big news, since if we look back, the body that governs world athletics, World Athletics, adopted this same test in September 2025 to participate in their competitions. Here is Sinclair himself He did not hesitate to publish an opinion article where he made it clear that the result is not definitive, since the only thing the analysis can say is whether the gene is present or not. Because. In this way, it must be detailed that being positive in SRY does not give us information about whether it is working to form a testicle, if it stimulates the production of testosterone or even if it expresses the necessary receptors so that testosterone can be used. Put another way: knowing that an athlete has the SRY gene does not tell you anything conclusive about her physiology, her hormonal levels or, by extension, about her supposed competitive advantages from having testosterone. The biology of sexual development is infinitely more complex than the presence or absence of a genetic marker, which will now mark the ‘everything’ before the IOC. There is more evidence. This researcher is not the only one who opposes this decision, since at the beginning of March it was published an article signed by 34 academics to respond to the decision of World Athletics. Here they pointed to the same thing: we are facing a test that reduces everything to a single gene when biology is much more complex. And biological sex is the result of a very complex interaction of human genetics, hormones, receptors, tissues… Furthermore, the IOC’s argument suggests that this test protects against competitive equity, but for academics, they point out that there is no solid scientific evidence to demonstrate that the presence of the SRY gene is directly related to having a greater sporting advantage. It’s not something new. Although we now see a big scandal in the sports world over this decision, the reality is that if we look at the newspaper archive, something similar was already being done in the 90s. 30 years ago The IOC decided to require women to verify their sex through chromosomal testing and also by determining the SRY gene. But finally the tests were withdrawn due to technical limitations, the absence of medical evidence and also because of the legal problems it could have. A Spanish case. Due to these tests, the Spanish athlete María José Martínez Patiño was disqualified in 1985 after testing positive in the chromosome test despite not having any physiological advantage over her peers. In this way, her career was practically doomed, but she was able to recover it thanks to the help of a geneticist who was able to document her case with scientific evidence that showed that it was not giving her an advantage over the rest of her competitors. The debate. If the basis for requiring genetic testing is to protect competitive fairness, we must ask what science says about the real advantages of transgender athletes. And at this point much less is known than the general population believes. One of the most important studies It was made in 2015 by a transgender researcher who analyzed the running times of eight athletes before and after their transition. In this case, the brands slowed down and their relative performance compared to runners of the same sex remained quite stable. An IOC study. Published in 2024 and partially financed by the committee itself, produced results that do not fit with the discourse we keep hearing: transgender women showed worse results than cisgender women in lower body strength and lung function. But logically it does not mean that there cannot be residual advantages in certain sports, which is something that to this day remains a question that needs an answer. And now what? We are undoubtedly facing a dispute about which tools are valid to solve a genuinely complex problem. Right now, science suggests that the SRY gene test is not the best tool, but because it does not give us a complete answer, since the SRY gene may be present and the body may not respond to testosterone. But this is something that today must continue to be investigated to obtain evidence that can guarantee this equity, but always with a scientific basis behind it. Images | Umanoid Erik van Leeuwen In Xataka | We have accepted that sport is “medicine” for the body. Now science is discovering its side effects

Europe manufactures in Algeria with the same method that criticizes China and Algeria has been tired

by

When Ebro arrived in Spain, it was said that the intention was to return the company to a fully Spanish past. The truth is that, for the moment, it has little because Ebro S700 and S800 They are, in essence, versions of the Chery Tiggo who are given life through the DKD system. This way of working It resembles that of a puzzle. Instead of having a whole assembly line where the different pieces are assembled and equipped with a driving train, Chery sends cars in almost mounted containers and, here, they finish joining a few parts to leave through the doors of the factory. The system is controversial. At the moment he has helped to boost work in the old Nissan factory in Barcelona for which a clear future was not. But The DKD system is hardly impact on the region since less workers are needed and all pieces (and suppliers) come from China. This way of acting, in fact, It has not been well seen by the European Union that they have already warned Chery that they would not help them save tariffs on their electric cars, understanding that They were bridging They with a minimum investment. A similar situation is what they have in Algeria. And the government has sent a message: the time has come for this to end. “We want to produce cars” “We want to produce global cars locally, and the time of inflating tires is over.” The words have been pronounced by Abdelmajid Tebboune, president of Algeria, In an interview with local media. This metaphor for “inflar tires” refers to the superficial investment that large manufacturers make in the country to “produce” your cars in the country African. Right now, Stellantis is producing fiat cars there. So does the Volkswagen group (with Seat, Skoda, Volkswagen and Audi) or Renault. Hyundai or Chery is expected to also open new plants in the country in the near future. However, Algeria lives a complicated situation with this part of the industry. As in the case of Ebro, the local investments of the manufacturers are minimal and what you really want is to skip tariffs and difficult homologations of imported vehicles that have been created to protect the local economy. Renault, for example, acts with the symbol (his Renault Clio in Algeria) in the same way that Chery does with Ebro in Spain. “The vehicle arrives semi or completely finished, so there is nothing to ride,” says Mohamed Bairi, head of Ival, importer of Iveco, to local media. The intention, therefore, is that the use of pieces provided by local suppliers and the involvement in Algerian plants is greater. Stellantis ensures that the use of local pieces will increase by, minimum, 35% from 2026. What the government wants is that this changing forcing the integration of local parts to be at least 30%. As they collect in L’Automobilejust 5% of pieces used in Algeria come from local supplies. It remains to see how this will affect Hyundai’s plans and, above all, those of companies like Chery who trusted the CKD system to sell their vehicles in the country. This last option increases work rates in the country where you work locally and that is what You want to do with the electric omoda 5 In Barcelona. However, all pieces come from abroad and that is what ampoules has raised in the European Union and want to avoid in Algeria. Photo | Renault In Xataka | Morocco is positioning himself as an opponent to beat in the electric car: China has it clearer and clearer

How it works and how to avoid this method to steal mobiles in summer

by

Summer arrives, and with the new baking of methods that criminals use to steal. In this case Let’s explain the trap of the false tourist and google mapsa type of thymus that is being seen in cities like Benidorm, and for which it is convenient to be prevented. We are going to start the article explaining the mechanics and the procedure of this deception with which thieves can try to steal your mobile phone. Then we will give you A series of tips To prevent this robbery and to avoid that if they manage to steal your mobile, you can make many misdeeds. How this scam The way of proceeding of thieves is so simple that it is difficult not to fall into the trap. To begin with, a stranger for the street getting through a disoriented tourist That is looking for your hotel. Here, it is normal for us to stop helping. This supposed tourist Ask you to look for your hotel on Google Maps in order to know how to get to him. Then you take out the mobile, unlock it and start looking on Google Maps. That is, just when you unlock the mobile the thief takes ittake it from the hands of a pull and run with the device. The biggest problem of this trick is that The thief takes your mobile already unlockedso you can access your photos, your conversations at WhatsApp or your documents. You can access sensitive information and even impersonate you in WhatsApp chats to ask for things or money from your acquaintances. How to avoid falling into the trap Unfortunately, these types of traps and tricks to steal mobile They are difficult to detectsince they play with our mood to encourage others. The most important thing is be aware that you don’t know the other person and take a series of precautions. The first thing is try verbally Any unknown person instead of quickly getting the mobile. And if there is no choice but to do it, then have well subject the device While you proceed. Pay attention to the movements of the other person, and always try to have two hands on him and have him grabbed hard. Do not trust yourself. There are also A series of precautions to take when you are travelingsince in a tourist city there are more possibilities that there are attempts to rob. For example, Activate additional block for sensitive appsputting an extra layer as a trace block, recognition or even Pin to apps such as the bank, your photos or whatsapp and social networks. Come on, in addition to screen blocking, you activate a specific blockade for apps, something you can do on both Android and iOS. It can be annoying when using them daily, but will save your data if someone steals your mobile already unlocked. Have active mobile location systems to know where you are stealing, and try the mechanisms to block it remote or turn it off so that thieves cannot use it. For this, access from another device will be needed, so you have the family systems configured to be able to block it from the mobile of a spouse or family. In Xataka Basics | Broken rearview scam: how it works and how to avoid the scam in which they hit your car and leave you a note to cheat and steal

What do you need and how this method works

by

Let’s tell you What do you need to expand the Windows 10 to 2026 support. As you know, the previous version of the operating system is about to become obsolete, and will stop receiving security updates, so it will begin to use it. But there are still millions of people who use it, so Microsoft has decided to take a small step back. Although last year Microsoft said we could expand the support paying $ 30 for one year, it has now announced A free methodwith which we will simply have to use the Windows Backup tool or Windows backup. We are going to tell you how to proceed. But before starting, I remind you that the only thing you will receive in this extra year are Security updates. The operating system will remain moderately safe, but you will not receive new functions, because Windows 10 is officially dead. Free Windows 10 updates to 2026 The first thing you have to do is enter the Windows settings, and in the section of Accountsand click on Your information. You will have to Log in with your Microsoft account. Yes, to have a free year you will have to link your account to Windows. Now, you have to Open the application Windows backupinstalled on your computer. You should appear with the name in Spanish, but you can also try Windows Backup. Here, you just have to back upso that tango the configuration of your device such as credentials, installed apps or folders and content are stored. Each of the sections can be configured to your measure. With these steps, when the Microsoft moment arrives, it should allow your computer to continue receiving updates on Windows 10 for a few months, until next year. I may not tell you at the moment, but Microsoft will notify you About this, and at most you may have to make another copy. Thus, if unrelated vulnerabilities are detected that cybercriminals are waiting to use when there are no longer updates, Microsoft will update your Windows to prevent them from taking advantage and solving security problems. In Xataka Basics | Windows 10 end of support: When is it, what implies that Windows 10 dies and how to update Windows 11 for free

Method 90-90-1 is the new religion of hyperproductivity. It is only common sense with mystical numbers

by

The 90-90-1 method was popular by Robin Sharma, the author of books like ‘The monk who sold his Ferrari‘. Sharma is not holy of my devotion – its self -help literature sins of industrial optimism typical of the genre – but the formula of this method starts from something reasonable, and that made me look at it. The proposal is dedicate the first 90 minutes of every day for 90 consecutive days to a single objective. Something that, he says, will transform your life. This formula is the last incarnation of our cult of personal optimization, wrapped in the seductive promise that happiness is just three months away. The formula is elegant in its simplism. Researchers from the University of Nottingham discovered that The self -control is at its peak just after awakeningand then gradually exhausted during the day, something that explains my strong sports discipline at dawn and my desire for dusk. Sharma calls the first hours “Platinum time“And he suggests that they are the optimal time to work on what matters most. The method is based on circadian rhythms and the theory of human chronotypes: Each person has natural moments of greater energy that can be used strategically. The interesting thing of 90-90-1 is in what omits: it is a psychological trick disguised as a system, not a complete methodology of time management. Sharma himself warns: “There is so much available distraction that, if you are not very careful, it will dominate your days.” So The method works not by revolutionary, but for forcing a behavior that should be obvious: concentrate on the important when we have the most mental energy. But there is a trap: if we concentrate for an hour and a half it is difficult, it is a common place in productivity literature to start with shorter blocks, and increase them little by little. If the mornings do not work, adapt it to another moment of the day. If you interrupt you, have a plan B. The 90-90-1 can become Xyz and that each one adjusts it to their convenience. But when something is so flexible that it adapts to anything, it ceases to be a method. It is rather a sophisticated excuse to do what we already knew we should do. 90-90-1 is not useful for its magical numbers, but for its function as a ritual of initiation to disciplineblessed word often shunned that in fact is not verbalized in a method dedicated to it. Like any productive fashion, promises personal transformation in exchange for willpower to follow a formula. Life is rarely bent before such orderly formulas. The objectives change. Priorities change. And rigid systems are usually the first to collapse before real life. 90-90-1 does not go as much to optimize our time as the collective need that someone tells us when and how to work on what matters. In Xataka | The little great jewel of productivity is a simplest method: the rule of the “two minutes” Outstanding image | Yasmina h in Unspash

He claims to have a training method for his AI 88% cheaper

by

The Chinese company High-Flyer broke into the market in the market of the artificial intelligence (AI) At the end of last January. Deepseek, his proposal, has made its way among its competitors thanks to its open nature and its benefitsbut the authentic debate has revolved for several weeks Around the cost of training your models. And it is that according to its creators they were barely spent 5.6 million dollars In this process. Three and a half months later this figure is still unbelievable, so it is reasonable to contemplate it with distrust. Anyway, Deepseek has put on the table the possibility of facing the training of the new models of investing much less money than the one spent by US companies OpenAi, Google or Anthropic in the tuning of theirs. Now it is the Chinese technological giant Alibaba who seems to be following The same path that has already traveled Depseek. And it is that it claims to have developed a AI models training system that reduces the cost almost 90%, which presumably will have a positive impact on AI search capabilities. Alibaba’s jewel is called Zerostoch The strategy that Alibaba engineers have devised to reduce the cost of training their AI models is ingenious. And instead of interacting with real search engines during this process, Zerostoch, which is what is called its technology, improves search capabilities carrying out simulations. To understand why this approach is much cheaper, we need to keep in mind that the costs associated with the redirection of commercial search engines are usually high. Alibaba has put a model that behaves as a search engine that is capable of training other AI models According to Alibaba Send 64,000 consultations to the Google search engine through an API has an approximate cost of $ 586.70, while generating the appropriate responses for training by means of an AI model of 14,000 million parameters has an approximate cost of 70.80 dollars, which represents an 88% cheaper. In practice, what Alibaba engineers seem to have achieved is to tune a model that behaves as a search engine that is capable of training other AI models so that they are able to solve consultations. This scenario has a very evident advantage: training no longer requires interaction with external search infrastructures. Alibaba, as we all know, is a gigantic company, but from now on this strategy can be used by much smaller companies to train their own AI models without the need to face a great investment in this process. In addition, presumably this technology will improve both the search capabilities of AI models and the ability with which they carry out the reasoning processes. At the moment Alibaba has used Zerostoch to improve the capabilities of his Quark model, which for just three days has been capable, always according to its creators, to combine the internet search and advanced reasoning capabilities to resolve inference and deliver precise responses to complex consultations. Image | Markus Spiske More information | SCMP In Xataka | Samsung is preparing to give TSMC a bars where it hurts most: the manufacture of the chips for ia

The latest creation of the productivity guru is not a new method, but a clock that counts the days that are missing to die

by

A little over a year ago, in Xataka We talk about ‘second brain‘, that concept popularized by the productivity guru Tiago Forte. His latest novelty is not another book or other method, but A tool as simple as disturbing: Death Clocka calculator that predicts with mathematical precision the date of your death based on 17 custom variables. The calculator tells you, after answering some questions about your life habits, the exact day in which you are expected to die. And although it sounds a bit macabre and childish, the idea makes sense. Obviously, it is not an exact prediction or intends to be. It is rather a Mori memento digitala modern way of practicing that old philosophical exercise of contemplating our mortality to live better. The application simply translates your habits into a longevity estimate: changes from “sedentary” to “intense daily exercise” and you will see how a decade of life instantly wants. A numerical visualization of how our daily decisions accumulate over time. The first questions of the questionnaire. Click on the image to go directly to the application. Image: Death Clock. And a technological curiosity: Forte does not know how to program, so he built the entire application in a few hours by resorting to the VIBECODING With ia. He basically told a programming assistant what he wanted and this was creating the code for him. What really matters is how your perspective changes knowing that you have already exhausted, for example, 40% of your life. Suddenly, that meeting that could have been resolved with an emailthat mediocre series that you are seeing by inertia or that project that you carry postponing for years take a completely different weight. It’s not about being morbid or depressed thinking about the end. Not even giving more importance than what it simply puts figures to what we should intuit. Simply becoming aware of our finitude helps us to filter the noise and focus on what we really want to do with the limited time we have. It forces us to ask ourselves if this is what I want to spend one of the days I have left. And maybe there is the key to productivity. Not to do more things, but to do the right ones. Those that really matter. In Xataka | The “Johari Window”: understand how others see us unlock a good part of our potential Outstanding image | Xataka with Mockuuuups Studio

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.