stars

The key was not in the stars, but in his birth

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If there is something more difficult than putting doors in the field, it is possibly finding the edge of our galaxy. Or any other, really. They are not perfectly well-defined spacesbut rather a kind of cloud with fuzzy edges. Even so, science has been trying to find the limits of our own galaxy for many years: the milky way. Until now it had been impossible, but an international team of scientists, led by the University of Malta, has discovered that we were defining the borders in the wrong way. Almost 40,000 light years. According to this new researchthe closest thing to an edge of the galaxy would be the place where stars stop forming. This, based on their calculations, is located approximately at a point between 36,800 and 39,600 light years from the center. That would be the radius. There are stars further away. Until now, the error was in considering that the edges of the Milky Way are those that house the most distant stars. This concept of edge is constantly being redefined. The better the tools for detecting stars, the farther away they are. However, these scientists observed that there are stars that move after their formation. Especially when a supernova explosion occurs nearby. Therefore, they could not help us define something like a border. In fact, there are stars up to 10,000 light years away. further of what these researchers have defined as a possible limit. In this case, the radius is measured in kiloparsecs, which are equivalent to 3,262 light years each. This is how stars are born in a galaxy. The first stars are born in the centers of galaxies, where there is a greater density of gas and dust. Then, as gravity allows small pockets of condensed gas to form, they can form further and further away as well. Therefore, the oldest stars are those in the center and the most distant ones are the newest. That’s not counting those that disperse and move to other points in the galaxy. Precisely the ones that had made it so difficult to find those supposed galactic borders. In search of stable orbits. The authors of the recently published study focused on analyzing stable orbits. Those whose stars have barely migrated beyond their point of origin. Thus, they have found the limit of stellar birth. Telescopes can look further. The materials are there, but something is missing. Beyond these borders there is still gas and dust. However, it has not condensed enough to guarantee star birth. Possibly, it is due to the absence of sufficiently intense gravitational processes. In any case, despite having found something resembling a diffuse edge for the first time, it is important to insist that doors cannot be placed on the Milky Way, like the field. And much less borders. Image | Freepik | University of Malta In Xataka | James Webb has found a galaxy from when the universe was 330 million years old. Hides a whole enigma

It’s called “Acubi”, K-Pop stars wear it and Zara is already taking note

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The long-awaited return of the third season of Euphoria to HBO screens this April seemed to dictate a clear sentence about the future of fashion and beauty: excess is back, but in a darker and more intentional version. The series has abandoned the ethereal, innocent aesthetic of its beginnings to embrace high-contrast makeup, deep ’90s inspiration, and “fierce, unapologetic glam.” As Donni Davy saysthe main makeup artist of the fiction, this new season is “a campaign against clean-girl makeup.” However, while Hollywood pushes hard towards this drama and visual aggressiveness, there is a much quieter rebellion in the streets and on global social networks. An entire generation has decided to turn its back on the aesthetic chaos of the West to embrace Acubi: the quiet cool South Korean style with muted tones and loose silhouettes that is redefining the youth wardrobe. A trend born on the internet. The Acubi style is not an invention of recent weeks, but its current explosion is undeniable. The term comes from the south korean brand Acubi Cluba pioneer in mixing 2000s minimalism (Y2K), “subversive” basics and cyber fairy grunge. It is an aesthetic that avoids metallic pastel tones and takes refuge in a neutral color palette—white, black and gray—, constantly playing with proportions: tight-fitting tops or those with strategic cuts (cut-outs) combined with very loose cut pants. This fashion is gaining traction on platforms such as TikTok and Pinterest since the summer of 2022, standing out for being a creative and mature mix. The accelerator has been K-Pop. If Acubi has conquered the world, it has been thanks to its most powerful ambassadors. Heewon Yuh, youth fashion strategist at WGSN, clarify in cnn that “K-Pop functioned not so much as the origin, but as an accelerator, transforming a local style approach into a globally recognized look.” Female groups with global impact such as Blackpink, NewJeans and Aespa have taken this aesthetic to the stages and fashion weeks. In fact, Ning Ning and Winter, vocalists of Aespa, they showed off their best performance of the Acubi style, dominated by black and asymmetry, during the promotion of his album Armageddon. The data supports this aesthetic tsunami: the hashtag #Acubi generates about 65,000 daily posts on TikTok and 87,000 on Instagram. In addition, interest in Google Trends in Korean fashion reached its peak in the United Kingdom and the United States in February of this same 2026, coinciding with the appearance of idols at London Fashion Week. It is not a simple algorithmic whim. Jaana Jätyri, founder of the forecasting agency Trendstop, explains to cnn that “in periods of economic and social tension, fashion tends to soften.” The Acubi allows young people to be fashionable “without feeling on display.” Along the same lines, Rose Coffey, analyst at The Future Laboratory, maintains that new generations seek “stability and a sense of control” through modular and adaptable garments. However, this search for stability through neutrality does not convince everyone, and has a deeper and more controversial reading. The general obsession with derived aesthetics such as clean girl proposes a “neutral, apolitical and universalized” image. According to Marta De la Rochaan expert from the European University of Madrid, “we have lost the political and identity message that more striking urban tribes previously had.” This is where the analysis of journalist Noemí López Trujillo in Newtral provides a fundamental critical layer. Based on the test Reaction by Susan Faludi, details that the rise of aesthetics that require women to be discreet and ultra-clean can be read as a conservative and anti-feminist reaction. The goal, as journalist Brenda Otero explains, is that women “do not make mistakes, that they all appear equal, that there is no chaos, that they are static and do not change.” Fortunately, although the Acubi shares that silent color palette, its heritage grunge and its asymmetrical cuts save it from falling into the total and apolitical submission of the clean girlgiving it a subversive edge against the desire for women to go unnoticed. From digital niche to universal basic. Far from being a passing fad, the business model behind Acubi predicts a long life. The trend has already made the leap from screens to cash registers. Retailers of fast-fashion such as Shein and British brands such as Minga London already market these garments. Furthermore, mainstream market giants (high street) like Zara and COS have begun to incorporate similar loose silhouettes in their recent collections. Even haute couture has taken note: Gucci’s Cruise 2025 collection and Fendi’s recent catwalks They have presented minimalist designs relaxed people who drink from this same fountain. This success is also a victory for Soft Power South Korean. Professor Dal Yong Jin, from Simon Fraser University, explains in cnn that the growing visibility of Seoul aesthetics is a reflection of the expansion of the Hallyu (the Korean wave). Consuming Korean fashion has become deeply attractive to the international public, strengthening the economy and institutional image of the Asian country globally. The key lies in its extreme practicality. As illustrated in The Straits Times When analyzing urban youth in Singapore, this aesthetic triumphs in all types of contexts – even in hot and humid climates – thanks to the fact that it allows you to show off a well-groomed appearance effortlessly. It is a style that is built on interchangeable and breathable layers: a basic tank top, loose cargo pants and the finishing touch of some metallic accessories or sunglasses are enough to complete the look. Furthermore, although it was initially promoted by women, Acubi has broken gender barriers. Men’s fashion has embraced this trend under an influence Techwear. The “tiny top and big pants” formula translates to men wearing tight shirts or ripped sweaters paired with extra-wide parachute cargo pants, a line that retailers like Lewkin already carry under the “Acubi Men” label. The silent noise of a generation The current fashion landscape draws an interesting dichotomy. While giant Western productions try to impose dramatic or high-contrast aesthetics, global youth has chosen to … Read more

Astronomers’ trick to hunt hundreds of nearby exoplanets: look for suspiciously “quiet” stars

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The hunt for exoplanets in the universe has always depended on our ability to observe the invisible. Until now we have mainly noticed the flickering of a star when it passes in front of one of these planets or the subtle gravitational wobble that it causes, but we have never seen them directly. Now a team of astronomers has perfected a much more ingenious method: searching for planets based on the “false” magnetic tranquility of their stars. And now it works. The project known as Dispersed Matter Planet Project (DMPP) has just confirm the discovery of seven new planets spread across five star systems, and its projections indicate that there could be hundreds of rocky worlds hidden in our closest cosmic neighborhood. And we have not been able to ‘see’ all of these with our traditional systems. How it works. The DMPP method is fascinating because it turns the traditional way of observing the universe on its head. Now, instead of looking for active stars, the team selects bright, very nearby stars that have anomalously low calcium emission. In fact, they show levels of magnetic activity below their basal level. But these samples do not indicate that the star is without activity, but rather that it is hidden. Here astronomers have discovered that these systems host planets very close to the star, which due to the intense heat are evaporating. From this gas that is released from these worlds, a kind of ‘shield’ or orbital cloud is formed that absorbs radiation and hides the activity of the stellar chromosphere. That is, the star’s apparent inactivity is the gas “fingerprint” of a disintegrating planet. Its precision. To confirm these suspicions, the team does not stop at observing the gas, since it uses very high precision radial velocity spectrographs such as HARPS-Nwhich are capable of measuring minute variations in the star’s motion. One of the most intriguing case studies of the project is the system DMPP-4located about 25 parsecs away. In this star, candidates for planets with sub-Neptunian masses have already been detected, on the order of between 8 and 12.2 times the mass of the Earth, orbiting at breakneck speeds, with “years” that last only between 2 and 5 days. Where are they? These planets inhabit what astronomers know as the “Neptunian Desert,” a region very close to the star where planets the size of Neptune are rarely found. The leading theory is that these worlds are actually rocky cores of ancient Neptunes that migrated into the system and whose atmospheres were swept away by intense stellar radiation. Many to discover. The implications of this study are massive for modern astrophysics, as data from the DMPP project suggests that between 10% and 20% of these low magnetic activity stars could host compact systems of rocky planets that we have not known about until now. This not only helps explain certain anomalies in the historical catalogs of the Kepler telescope, but gives us a treasure map. As they are star systems so bright and close to Earth, these newly discovered exoplanets become the perfect candidates to be observed by the James Webb Space Telescope (JWST) and the future generation of Extremely Large Telescopes (ELT). Images | NASA Hubble Space Telescope In Xataka | A new “solar system” has just been discovered. There’s just one problem: it shouldn’t exist.

Before, stars were born in movies and ended up on Netflix. Now they are born in streaming and end in movies

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‘War Machine’, the war science fiction film starring Alan Ritchson, has accumulated 39.3 million views in its first three days on Netflixbecoming the most viewed title on the platform globally today. The second most viewed film that week was ‘Jurassic World Rebirth’, by a huge margin: 6.7 million. The result is also a symptom of how the star factory has changed: the new star system is born on the platforms, not in the multiplexes. Other figures. The opening of ‘War Machine’ is the second best placed of the year on Netflix to date. If it keeps up the pace, it could aspire to enter the platform’s all-time Top 10 in the English-language film category. To gauge the magnitude: in all 87 countries tracked during that four-day windowthe film ranked number one in 80 of them. What is it about? The film is not especially original in its premise, and its authors do not intend it to be. Directed by Patrick Hughes (from the weak ‘The Expendables 3’ and the fun ‘The Other Bodyguard’) and produced by Lionsgate, it follows a group of candidates for the American Rangers during the final selection phase. Their training maneuver becomes a fight for survival when a robotic threat of alien origin appears. Alan Ritchson plays the character known only as 81, a traumatized combat engineer, even more silent and introverted than his famous Jack Reacher. Although all the critics have stressed its derivative and unpretentious nature, the truth is that its two-hour chase structure finds an enjoyable middle ground between ‘Predator’ and Heinlein’s Space Troops (not Verhoeven, there is no irony here, as seen in an ending with will continue that replies, without venom, the recruitment spots of that masterpiece 1997). ‘War Machine’ embraces its spirit of an effective and direct B series with a healthy brainlessness that makes perfect sense that it has found a millionaire audience, eager to disconnect and let themselves be dazed. The star. It has taken Alan Ritchson almost two decades to become a star. He debuted in ‘Smallville’ as Aquaman and then went unnoticed through multiple series as a secondary character until in 2022 he played the protagonist of ‘Reacher’ on Prime Video. The series, which championed the return of the television “for parents” (of which ‘War Machine’ is also an excellent example), is one of the biggest hits on the Amazon platform, and is already preparing its fourth season. In just a few weeks, Ritchson has managed to position himself as the number one actor simultaneously on Netflix and Prime Video with different projects. The distinction that for years existed between the star of streaming and the one that can sell a blockbuster in theaters with its mere presence is blurring. It is not the only case. Although the case of Ritchson, exclusive streaming star, is particular due to his almost total absence of films in his filmography, there are many other cases of proper names who owe a good part of their fame to the platforms. Pedro Pascal is now a global star whose fame was born entirely in hits for streaming (‘Game of Thrones’, ‘Narcos’, ‘The Last of Us’, ‘The Mandalorian’). Henry Cavill or Chris Hemsworth were born as movie stars, but they consolidated (‘The Witcher’, ‘Tyler Rake’) their fame in streaming. Dave Bautista or John Cena is also finding a second home in streaming thanks to hits like ‘Trap House’ or ‘El Pacificador’. Unmistakable signs of the change of times. Stars germinate in different places, but they generate hits with figures that rival the biggest blockbusters on the big screen. In Xataka | When medical dramas seemed to be in the doldrums, ‘The Pitt’ appeared. And that has forced Netflix to make decisions

For 45 years we thought we understood how stars like our Sun rotate. A Japanese supercomputer has just cast doubt on it

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Understanding how stars rotate may seem like a technical detail, but it is actually a central piece to understanding their evolution. For 45 years, theoretical models held that Sun-like stars would eventually change the way they rotate as they aged. The idea was that, as it lost speed over billions of years, the spin pattern would reverse and the poles would rotate faster than the equator. Now, new research from Nagoya University suggests that that prediction might not come true. The findings. The work, published in Nature Astronomysuggests that solar-type stars could maintain the same rotation pattern that we observe in the current Sun throughout their lives. That is, the equator would continue to rotate faster than the polar regions even as the star slows down with age. The simulations carried out by the team indicate that magnetic fields play a decisive role and could prevent this regime change that was taken for granted in theoretical models for decades. How a star like the Sun actually rotates. Unlike the Earth, which rotates as a solid body, the Sun is made of extremely hot plasma. That causes different regions to spin at different speeds. In the case of the Sun, the equator completes one revolution approximately every 25 days, while the regions near the poles take about 35 days. This phenomenon is known as solar-type differential rotation. For decades, theoretical simulations predicted that this pattern would not be permanent. As stars age and their global rotation slows over billions of years, the plasma flows within them should reorganize. Predictions indicate that there would come a time when the behavior would be reversed: the equator would rotate more slowly and the poles would rotate faster, a regime that the researchers called differential anti-solar rotation. The unexpected role of magnetism. The new simulations suggest that the scenario predicted by theoretical models for decades may not come to pass. According to the results of the study, stars similar to the Sun would maintain the same type of differential rotation throughout their lives. Even if the star slows down with age, the equator would continue to rotate faster than the poles, rather than reversing the pattern as proposed in previous simulations. A supercomputer on stage. To reach that conclusion, the team turned to FugakuJapan’s most powerful supercomputer, installed at the RIKEN research center in Kobe and operational for shared use since March 2021. With its help, researchers carried out an extremely detailed simulation of the interior of solar-type stars. Each simulated star was divided into about 5.4 billion calculation points, a much higher resolution than that used in previous work. This level of detail is important because previous simulations worked at much lower resolutions. Under these conditions, the magnetic fields tended to disappear artificially within the model, which led to underestimating their influence on the internal dynamics of the star. In the new simulation, however, the magnetic fields remained stable and showed a clear effect: they help prevent the reversal of the rotation pattern. The implications. Understanding more precisely how Sun-like stars rotate is key to interpreting their magnetic activity over time. This aspect is related to well-known phenomena on our own star, such as the approximately 11-year solar cycle that regulates the appearance of sunspots and episodes of magnetic activity. A better understanding of these processes could also help improve stellar evolution models used by astronomers to study distant stars. Images | POT In Xataka | PLD Space has raised 180 million euros with Mitsubishi at the helm: the Spanish space startup grows with Japanese money

The big names in AI are fighting over neuroscientists like they were soccer stars

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AI companies have found their new hiring obsession. After the engineers prompts and multimodal model designers, now they are looking for neuroscientists at the stroke of a checkbook. Why is it important. Language models have become common territory for all technology companies. The competitive advantage is no longer in having a LLMbut in making it more efficient and predictable. And to do that, they need to better understand how the human brain works. The Battista case. Aldo Battista At New York University, he was researching brain decision processes when faced with subjective options. In September he made the leap to Meta, according to what he says Semafor, to apply that knowledge to content recommendation systems on social networks. The most notable change: the speed of impact. Instead of publishing papers that perhaps no one will read, the changes in algorithms show immediate results in the behavior of millions of users. His academic research on how we choose what to have for dinner, for example, now helps predict which video will hook us on Instagram. There are more examples: OpenAI indeed approached Merge Labs a few months agoa brain implant firm competing with Neuralink. Akshay Jagadeesh joined OpenAI as research resident after almost ten years studying the brain and visual perception, focused on using his experience in computational neuroscience to improve AI models. At the ‘EBRAINS Summit 2025 – Neuroscience, AI & Technology’, a European event that brings together neuroscientists, technologists and industry, several biographies highlighted the jump from academic profiles to advice on AI startups. Ruslan Salakhutdinov is part of Apple AI Research. Although he is best known for Machine Learninghas worked for years on models inspired by biological systems and as a university professor, but Apple hired him as Director of AI Research. The logic of the signing. The basics of artificial neural networks are decades old, but taking them further requires looking to biology. Two specific areas are of particular interest to companies: Energy consumption. Interpretability. A human brain performs almost unlimited operations with just 20 wattsbut AI systems require much more energy for equivalent tasks. That gap is the Holy Grail: whoever reduces it will immediately gain an advantage. The money trail. In the offers You can see the logic of the level they are reaching economically: A researcher position at OpenAI, in the area of ​​mathematical sciences and applied to AI, announces base salaries ranging from approximately $178,000 to $342,000 annually, not counting bonuses or stock packages. In other private AI labs, the ranges for researchers with a mix of AI and neuroscience move in a similar range, from about $150,000 to $350,000 a year. OpenAI has come to offer total packages that reach the range of millions of dollarsincluding salary, bonus and stocks. It’s not the norm for everyone, but it helps explain why some leading neuroscience researchers are negotiating contracts that look more like those of sports stars than those of a university professor. Between the lines. Understanding why a model decides something matters more and more. For decades, neuroscience has developed methods to interpret complex decision processes. Those same tools can be applied to algorithmic black boxes. Yes, but. The phenomenon is not new, it has only intensified. Apple, Google or Neuralink have been hiring these profiles for years. The difference is in the scale and current urgency. Matthew Law works at OpenAI after studying at Stanford. Your diagnosis: AI companies have expanded their recruiting focus beyond traditional computer science graduates. They search the entire available scientific base. And the pool of pure developers is beginning to dry up. The background. This race says something without having to say it: there is a certain desperation in the AI ​​industry to find differential advantages. If the next breakthrough innovation is in university neuroscience labs, Silicon Valley will not hesitate to empty them. Exorbitant salaries and practically unlimited funding are weapons that universities will hardly be able to counter. In Xataka | Technology companies no longer even pretend to seek general artificial intelligence. And the “godfather” of AI has gotten tired Featured image | Josh Riemer

The Xiaomi 15T stars in a new offer of the day. You can now buy it cheaper or with a gift watch

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He Xiaomi 15T It is one of the most interesting high-end phones, especially if what we are looking for is a good price that is as tight as possible and without sacrificing certain specifications. After a few months since its launch, it can now be purchased at a discount or with a promotion: Xiaomi 15T (256GB) by 489 euros on Powerplanet. Xiaomi 15T (512GB) + Xiaomi Watch S4 (41mm) by 649.99 euros in the official store. Xiaomi 15T (512GB) + Xiaomi OpenWear Stereo Pro + Xiaomi Smart Band 10 for 649.99 euros in the official store. The price could vary. We earn commission from these links A high-end that has a good price He Xiaomi 15T It is one of the latest high-end mobile phones launched by the brand that stands out, just as its previous generation did, for its excellent quality-price ratio. It is a big mobile (8.3 inches) which is accompanied by a panel with 1.5K resolution which is compatible with Dolby Vision and HDR10+. As if that were not enough, internally we find the processor MediaTek Dimensity 8400 Ultra along with 12 GB of RAM and 256 GB of internal storage. It also comes with a generous battery that supports 67W fast charging and its operating system is HyperOS. But without a doubt, the icing on the cake is found in its photographic section: once again, this generation comes with cameras signed by Leica. In addition, it is worth mentioning that the Xiaomi 15T has a rear camera module that consists of a 50 MP main sensor, a 50 MP telephoto sensor and a 12 MP wide-angle sensor. You may also be interested Fitudoos for Xiaomi 15T/15T Pro Tempered Glass Screen Protector (2 Pieces) + Camera Lens Protector (2 Pieces), (9H Hardness) (Scratch Resistant). The price could vary. We earn commission from these links Xiaomi Redmi Buds 6 Pro – Wireless headphones, noise cancellation, lightweight, up to 36 hours of autonomy, Bluetooth 5.3, Black (ES version) The price could vary. We earn commission from these links Some of the links in this article are affiliated and may provide a benefit to Xataka. In case of non-availability, offers may vary. Images | Xiaomi In Xataka | The best mobile phones (2025), we have tested them and here are their analyzes In Xataka | The best Xiaomi mobile in quality price: purchasing and comparison guide

Astrophysics do not know how to certain how the first stars of the universe formed. This is about to change

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All stars are different. Each of them has its own character. His own “personality.” However, THE MECHANISM OF NATURE that has triggered the birth of most of those we can observe is always the same, so, in some way, we can consider that All are related. The stars are born from clouds of dust and gas that are disseminated by the universe, and that began to form Shortly after the Big Bangwhich took place, according to the estimates of scientists, almost 14,000 million years ago. The analyzes that many research groups are carrying out defend that the first stars were born shortly after the formation of the universe. In fact, it is currently considered that the oldest known, whose name resists me to transcribe because it is a cluster of letters and numbers that will not contribute anything, was born nothing less than 13.6 billion years, which reflects that it is almost as old as the universe itself. A team of astronomers from the National University of Australia, which is the group of scientists responsible for its discovery, assures which is sixty times larger than our sun and is located in our same galaxy, the Milky Way, but to 6,000 light years from the earth. Just to a jump. Our protagonist is the oldest molecule known in the cosmos The most interesting thing is that, despite their age, astronomers are convinced that there are even more archaic stars. This suspicion relies on the fact that our 13.6 billion giant is composed, in addition to hydrogen, carbon, magnesium and calcium. These chemical elements have necessarily had to be previously manufactured by one or several stars of an even older generation and with a very low presence of metals, understanding as metals all those elements that are heavier than helium, regardless of their position in the periodic table. The problem is that the knowledge that astrophysics have about these primal stars is still very limited, although this scenario seems to be about to change. And it is that a research team of the Max Planck Institute of Nuclear Physics, which is housed in Heidelberg (Germany), has identified unexpected behavior of helium hydride (heh⁺), which is the oldest molecule known in the cosmos. It consists of a helium atom (He) and a proton (H⁺), and astrophysicists believe it was formed in the universe shortly after the Big Bang, when the temperature was reduced enough so that the helium and hydrogen atoms began to join. Astrophysics of the Max Planck Institute of Nuclear Physics have managed to reproduce the conditions of the original universe using a cryogenic storage ring One of the reasons why helium hydride is so important is that its appearance triggered the beginning of chemical bonds in the universe and strengthened the foundations for the creation of molecular hydrogen (H₂), which is the fuel that feeds the stars. The strategy used by astrophysicians from the Max Planck Institute of Nuclear Physics to recreate how this molecule behaved just after the Big Bang is amazing. And they have managed to reproduce the conditions of the original universe using a cryogenic storage ring. This experimental ingenuity is used to store ion beams for prolonged periods of time at extremely low temperatures and under ultra -oral vacuum conditions. This allows scientists to study the properties of molecules as unstable as helium hydride without being destroyed very quickly when colliding. As explained in the very interesting article that these astrophysicians have published in Astronomy & AstrophysicsDuring their experiment they realized that instead of slowing down as the temperature dropped, the reaction between helium hydride and the deuterium remained constant. This finding is important because in the primal universe helium hydride interpreted a leading role in the primordial gas cooling process. This cooling was essential so that the clouds of dust and gas collapse under the effects of gravity and give rise to the formation of the stars. In short, what these scientists have discovered is that Helio hydride had a much more active role in the primary chemistry of the universe of what was believed so far. Taking this idea as a starting point, astrophysicists onwards will be able to rethink the theoretical models that describe the processes involved in the formation of the oldest stars. Image | POT More information | Astronomy & Astrophysics In Xataka | The CERN has made an incredible pirouette: its last discovery has the ability to revolutionize quantum computers

How and when to enjoy the tears of San Lorenzo, the biggest rain of summer stars

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The most important astronomical event is approaching every summer, so we are going to tell you How and when can you see the Perseids of 2025. This is a true show where, in its peak of activity, we can enjoy the arrival of up to 100 meteors per hour. Therefore, we are going to tell you the best dates to be able to see this phenomenon, since although you can see some meteors fall there are still several days until its peak of activity. We will begin by telling you when it is the day of maximum activity, and then we will give you advice to visualize them as well as possible. When to see the Perseids 2025 Perseids are a phenomenon that will remain active between July 17 and August 24. But its moment of maximum activity It will be at dawn from August 12 to 13. That is the date on which this peak of activity will be reached in which we can observe up to 100 meteors per hour. The best time to see the Perseida will be between 22:00 on August 12 and 10:00 the next day, and the highest activity interval is expected to be between 2 and 5 in the morning of August 13, which is when the point from which the meteors seem to approach is at the highest point in the sky. However, This year there are bad news with the moonsince the rain of stars coincides with the full moon phase planned for August 9. The full moon brightness will make it very difficult to see the weakest meteors, so it will subtract spectacularity, although you will continue to see many of them. In addition, you can try to make the observation after the night peak, when the moonlight loses intensity. This is due to the orbital movement of the earth in space. This year it will be after midnight when we begin to guide on the “advance” side. This means that we will be facing the meteorites that come, and any particle in our orbital trajectory will enter the atmosphere at 11-72 km per second and will look like a meteor. How and where to see them Perseids will be able to see anywhere in Spain, both in the Peninsula and in the archipelagos. They can be seen anywhere in the skyso you do not need to look for a concrete orientation. A fleeting star may appear anywhere in the sky and at any time. The only requirement to see them clearly is to go to an elevated area and with a clear skythat is far from a city and its light pollution. The latter will make the sky look darker, improving the visibility of the stars. This year you should try to look when the moon is at its lowest points, since it is in its full phase. In addition, in any of the cases it is always advisable Look at the opposite direction to the moon in heaven. It is not because there is an area where there is more, but because there will be more darkness and it will be easier to see them. Cover image | Pxhere.com In Xataka Basics | 19 apps and tools to see and have more information about stars and constellations

Sydney Sweeney stars in a new announcement of jeans. And for some it is the end of the “era woke”

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The campaign that Sydney Sweeney has starred for American Eagle He has raised an opinion polcareda in the United States, with accusations of racism and even Eugenics Defense that are rarely made to clothing marks. On the surface, criticisms accompanied by the moment of special sensitivity in the country; If we deepen a little more, an authentic thermometer of the Anti-Woke wave that deployed throughout the state since Donald Trump won the elections. American Woman. That Sweeney star in a campaign for American Eagle has nothing strange: one of the actresses with a more canonical beauty of the current Star System Hollywood Juvenile at the service of a purely American jeans brand. The ads have an erotic and fashionable point, almost Vintage In his shameless contemplation of Sweeney’s physicist, and at the same time self -conscious, to parodic of pure topic (checking the engine of a typical American car, recording with a video camera, I made a casting …) Good genes. The problematic is the slogan: “Sydney Sweeney Has Great Jeans”, an intraductible misunderstanding set between genes and jeansthat in English they pronounce the same. In one of the clips The misunderstanding comes to make explicit, and the protests have happened. Articles like this room They speak of commentators strange that it is precisely a blonde, white and blue -eyed woman, which is described as’ good genes. “It is a speech that many find, as the article details, uncomfortably similar to the discourse on The “upper race” of the Nazissince “good genes” is a message that has traditionally wielded ideology groups related to eugenics. Eugenics Today. The eugenic movement in the United States was An important social and scientific phenomenonmainly active from the end of the 19th century until the mid -twentieth century, and aimed Improve “genetic quality” of the population through selective breeding and reproduction control. It was greatly fed by beliefs in biological determinism and The racial hierarchy And he frequently pointed to groups considered “not suitable”, as poor, disabled, certain racial and immigrant minorities of the southern and east of Europe. Today, the movement does not exist in an organized way, but has experienced resurgence Thanks to certain political and social groups auged by Trump’s conservative ideas: beliefs in “genetic purity”, opposition to diversity efforts and hard migratory positions framed in statements pseudo-biological about “bad genes.” Even today laws persist in the country based on eugenic principles, such as norms for “usual criminals” or The laws of three crimes. Ozempic Empire. Some observers They also point to Ozempic consumptionwho has grown up significantly in the United States. The medicine has become a social phenomenonwith a boom auged by Influencers and pressure on social networks that encourage its use to lose weight. This has done that The movement Body Positivity that claimed diverse bodies and not adjusted to traditional canons of beauty has entered into decline: in front of a new cult of thinness and an “era of self-injection.” In Tiktok, this Return to the ideal of very thin bodies Similar to 2000, disguised as inclusion and self -acceptance, it already has a name: “Skinnytok”. Woke decays. All this panorama (claim of canonical bodies, toying accusation with defiantly ultra -right -wing root ideas, the theoretical undercover racism) is under the umbrella A broader and more complex phenomenon: The recent wave that groups politicians, influencers, podcasters and Leaders of the technological sector that They oppose the policies and speeches associated with the “woke ideology”. For example, an icon of this movement, the governor of Florida, Ron Desantis, has promoted laws to combat the teaching of the critical theory of the race, which enters with the theories we have seen above. Antiwake wave critics denounce that, disguised as Fight for Freedom of Expression (which is undoubtedly what allows American Eagle to launch campaigns like this), this rhetoric serves to preserve white and conservative power structures, attacking narratives that promote racial and social justice. That is, very in line with criticism of this new campaign starring Sidney Sweeney. Header | American Eagle In Xataka | Hildegart, the “red virgin” designed by her mother to eugenize Spain and ended in tragedy

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