There have been three times that PS5 has increased in price. These reconditioned ones with a 24-month warranty are the best alternative to spend less

We told you a few weeks ago: PlayStation 5 has increased in price (again). The cheapest version of the console now starts at 599.99 euros, a price that is high and even more so if we take into account that it came out at 399.99 euros back in 2020. In what scenario does that leave those of us who want to renew the console? Well, in a complicated one, but in which there are alternatives to renew console for less money. We have an example in Back Market: we can get a PS5 Digital from 480 euros. PlayStation 5 Slim Digital The price could vary. We earn commission from these links A PlayStation 5 at a good price and with a 24-month warranty PlayStation 5 arrived almost 6 years ago in two different versions: without reader for 399.99 euros and with reader for 499.99 euros. If it had happened like in other generations of consoles, the normal thing at this point is that we could buy a PS5 in stores at a much lower price. However, paradigm shift: Now the same console costs 200 euros more. In a year where we will have great releases like ‘Marvel’s Wolverine‘or the more than expected’Grand Theft Auto 6‘, There are many people looking for a PlayStation 5. It is true that offers come out from time to time, but with the new prices that these consoles have, it will be difficult to see a good deal. That’s where these Back Market consoles come in. This store has expertly refurbished devices at very tempting prices. That is the case of the PlayStation 5 Digital, available right now for 480 euros. What do you want with a reader? You also have it available for 515 euros. The best thing is that, in addition, they are devices that They have a 24-month warranty and 30 days free trial. Other refurbished consoles that may interest you We have focused on these two models, but Back Market also has a section dedicated only to consoles. As a summary, we leave you some below: 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 | Alexandre Schrammel on UnsplashPlayStation In Xataka | PlayStation 5 Pro vs PlayStation 5: these are all the differences between the two Sony consoles In Xataka | Two years ago I bought a PS5. I wish someone had told me I needed these plugins too.

four times more visitors than neighbors and a turn to luxury

Ibiza is one of the biggest holiday destinations in Spain. Also one of the places that most clearly suffers the effects of mass tourism. That’s nothing new. The overcrowding of the island has generated a billionaire businessbut it has also led the neighbors to go out into the street (same as in other points of the Balearic Islands) to denounce its effects, especially in the real estate market. There is, however, a point in Ibiza where the weight of the tourism and its tendencies are felt in a special way: It’s Canarin Santa Eulària. In a way it acts as a huge tourist ‘laboratory’. One town, two realities. If something characterizes the great destinations (in Spain and any other place in the world) it is that their routine is very different depending on the time of year we are talking about. The high season has little to do with the low season. In It’s Canar That dichotomy is felt in a special way, as just remembered elDiario.es, which has revealed a peculiarity of the neighborhood: its tourist offer quadruples (at least) the number of residents registered. One figure: 7,600. According to the Hotel Federation Fehifin the area there are 7,645 tourist places, four times more than the number of residents registered (1,689). As a reference, the ‘Balearic Sea Report’ estimates that in 2023 they will operate in the entire Balearic Islands. 607,500 places legal tourist activities, while the INE counted in the region just over 1.2 million of residents. Although to the ‘legal’ accommodation offer of the ‘Balearic Sea Report’ we must add the one that operates outside the lawthe regional ‘photo’ is different from that of es Canar. “A ghost town”. This duality between summer and low season is deduced from the statistics, but above all it is felt on the street, as recognize some residents to elDiario.es. “What shocks us the most is winter because Canar becomes a ghost town,” says a neighbor. As temperatures and daylight hours rise, the neighborhood itself is transformed. “It’s a bit overwhelming because… Who isn’t overwhelmed when suddenly there are a lot of people in the area where they live?” he adds. In winter, even the surrounding hospitality offer collapses, which is reduced to its minimum expression. Beaches, market… and relaxation. It is not Canar (far from it) the only area from Ibiza or the Balearic Islands whose routine is marked by the flow of tourists. Its offer, however, has made it a popular destination among those looking for family-friendly tourism. To your beach offer adds its urban center, the port, the beach bars, activities and one of its great attractions: the hippie markets. “The truth is that it is tourism, as far as possible, very familiar. (almost all are British families) and respectful. Since COVID-19 it seems that there is also more national tourism, it is not like in Sant Antoni or Platja d’en Bossa”, comment the same resident. Part of this influx of visitors who choose to stay in es Canar do so in large two- and three-star tourist complexes. Changing the model. If the neighborhood is interesting, beyond its registration data or tourist offer, it is because it also reflects a trend that can be seen in other tourist areas of Spain: the commitment to tourism premiumthe one with the greatest purchasing power. It is something that is detected clearly in Madrid or Barcelona, ​​where have been shot luxury hotels and cruises. In recent years, businesses focused on a clientele looking for a higher category have been opening in the surroundings of es Canar and, if everything goes according to plan, in a short time the neighborhood itself will strengthen its offer in that sector. “Non-shrill luxury”. a few days ago Ibiza Newspaper revealed that work has started to build a new five-star hotel in the area. The idea is to provide it with 116 rooms and for it to open for the 2027 season. Its promoters they are already negotiating to choose an operator, but they advance that, although they want to target a higher segment, they will bet on “non-strident luxury.” “This is not going to be a hotel with rooms at 2,000 euros a night. It is a five-star hotel but not very luxurious. We do not aspire to have a media chef.” Images | Wikipedia 1 and 2 Via | elDiario.es In Xataka | Mallorca has been the dream of thousands of European expats for years. Now it has its own ‘Little Sweden’

The big problem with nuclear energy has always been its waste. Russia can now recycle them up to five times

A nuclear reactor operating for 60 years using a closed system of three circulating fuel loads, subjected to cleaning processes and specific recharges in each cycle. What until recently seemed like an unattainable technical utopia for the energy industry is the reality that Russia’s latest technological breakthrough points to. The historic Achilles heel of nuclear fission—radioactive waste—is about to take a radical turn to become an almost inexhaustible resource. The magnitude of the test. The press release of Atom Media explains that Unit 1 of the Balakovo nuclear power plant (operated by Rosatom’s energy division) has just made history. They have successfully removed the last three lead test assemblies from an innovative fuel dubbed REMIX. These groups have completed three operating cycles of 18 months each. We are talking about 54 months performing at maximum capacity in a Russian commercial reactor type VVER-1000, thus exhausting its standard useful life. This puts the finishing touch to a demanding pilot program which started at the end of 2021 when the first six experimental rods were introduced into the reactor core. The resounding success. The most impressive thing about this milestone is not just that the fuel works, but where it works. Unlike other experiments designed for new generation fast reactors, REMIX fuel can be used in light water thermal reactors already operating massively around the planet. And without the need to modify its design or add costly security measures. The rehearsal went flawlessly. Yuri Ryzhkov, deputy chief engineer of the Balakovo power plant, detailed: “After each cycle, the fuel rods and structural elements were inspected using the television camera of the refueling machine. No deviations were detected during operation; neutron, physical and service characteristics remained within the design limits.” The science behind REMIX. But what exactly is this material? REMIX comes from Regenerated Mixture (Regenerated Mixture). Instead of using the usual natural enriched uranium, Russian scientists have created a matrix pellet that mixes regenerated uranium and plutonium (both recovered from already spent and reprocessed nuclear fuel), seasoned with some fresh enriched uranium. The technical key to the process is in the proportion: it maintains a very low level of plutonium, up to 1.5%. Thanks to this exact formulation, its neutron spectrum is practically identical to that of standard fuel. For practical purposes, the reactor core behaves the same and does not even “notice” the difference. The cleaning process. It is the circular economy taken to the atomic extreme. The magazine World Nuclear Newyes explains that this recycling cycle can be repeated up to five times. With each pass, the industry reprocesses the material to separate the useful uranium and plutonium from the fission products, which constitute the true radioactive waste. This useless waste is extracted and vitrified (encapsulated in glass) to be permanently and safely buried in geological deposits, while the useful fuel mixture is reintroduced into the reactor. The vision of the balanced cycle. Now it’s time for the laboratory and certification phase, where the irradiated material, now resting in cooling pools, will travel to the Atomic Reactor Research Institute in Dimitrovgrad for exhaustive analysis. Alexander Ugryumov, Vice President of R&D at TVEL (Rosatom’s fuel subsidiary), He announced that after these studies They will be able to bring the product to the market. The next evolutionary step will be to test mixtures with depleted uranium and up to 5% plutonium. All this is part of what Rosatom has called the “Balanced Nuclear Fuel Cycle” (NFC). The goal is to drastically reduce the volume and danger of radioactive waste, solving the historic problem of long-term storage for future generations and guaranteeing a truly sustainable production system. An impact on a global scale. Although the technical success is undeniable and the operational milestone in a commercial reactor is demonstrated, the mass adoption of this technology on a global level will largely depend on the commercialization costs and the economic viability of large-scale reprocessing; factors that the industry must demonstrate after the current qualification phase. However, if Rosatom manages to market REMIX at competitive prices, the global energy situation could take an unprecedented turn. We are not talking about a niche experiment. The data provided by Atom Media illustrate this magnitude: TVEL currently supplies fuel to more than 70 power reactors in 15 countries. Today, one in six reactors in the world operates with its technology. Moving from a linear “use and bury” industry to a closed loop where nuclear resources have multiple lives would not only dramatically expand the planet’s energy reserves, but could forever redefine the ecological viability of nuclear energy. Image | atom Xataka | The US has to make a crucial decision in Iran: exit without destroying its nuclear capabilities or a terrestrial “armaggedon”

Google has made AI consume up to six times less memory. Micron, Samsung and SK Hynix are paying dearly

we carry months wrapped in the memory crisisbut maybe there is a way out. Last week Google Research published a study in which he revealed a technique called TurboQuant. This is a compression algorithm capable of compressing the working memory of AI models up to six times without appreciable loss of quality or performance. Great news for end users, who see a light at the end of the tunnel, but terrible news for manufacturers, who this golden age could end. Let’s explain what KV cache is.. To understand TurboQuant you have to understand what that memory is that it manages to compress. When a language model processes a long conversationyou need to remember the context. Each token that is processed is stored in the so-called KV cache, a type of working memory that grows as we chat. The longer the conversation, the more memory the model requires. Compressing what is a gerund. It is one of the main bottlenecks in the AI ​​inference stage (that is, when we use the models), and one of the reasons why data centers they need as much RAM or HBM memory. TurboQuant uses a vector quantization method to compress this cache while maintaining the precision of the model. Pied Piper. As soon as this Google study appeared, the analogies began with the plot of the series ‘Silicon Valley’. In it, the fictional startup in the plot managed to develop an extraordinarily efficient compression algorithm called Pied Piper that threatened to revolutionize the technology industry. These days, multiple references to the series appeared on social media, which had already been referred to as visionary for reflecting what is happening with spectacular accuracy even when the series was a comedy. Six times less memory. The Google Research paper states that this method is capable of reducing the KV cache six times without an appreciable difference in performance in long conversations. The researchers will present their results at an event next month and explain the two methods that allow it to be put into practice. If they confirm what they’ve already teased, the implications are huge: less memory for inference means data centers can do the same thing with much less hardware/memory. Google’s DeepSeek moment. The discovery has some analysts calling this Google’s “DeepSeek moment.” A year ago, the Chinese startup DeepSeek launched an AI model that competed with the best but had cost much less to develop. That shook the industry, and now we return to a technical achievement that points to the same thing. In AI, doing the same with less is crucial, given the enormous resources that this technology requires. There are those who already have done evidence preliminaries with TurboQuant and have confirmed that the method does indeed work. Micron, Samsung and SK Hynix pay dearly. The impact of this technique can be enormous, and this has already begun to be noticed in the stock market valuations of DRAM memory manufacturers and HBM. Companies like Micron, Samsung, SK Hynix, SanDisk and Kioxia fell noticeably last week from their recent highs. On March 18 it was around $471, and today its shares are at $357, a staggering 24.2% drop. The same has happened with the rest of the manufacturers, which were already falling since that date, but have accelerated that fall with the launch of TurboQuant. But. The technique can theoretically be applied only to the inference phase, but the training phase of AI models is not affected by this compression technique. Therefore, huge amounts of memory will still be needed during the training phase. Besides we will have to wait for AI companies to actually start applying said system if it is confirmed to work, and that will be when we can see the real impact. Theoretically this will give a lot of room for maneuver to big tech, which will be able to reduce token prices even further, but it remains to be seen if they do so. RAM memories drop in price. The impact of TurboQuant has also been clear in the prices of memory modules, which have dropped appreciably in price. For example, the Corsair Vengeance DDR5 32 GB 6000MHz (2x16GB) modules were at 489.59 euros on Amazon until a few weeks ago according to CamelCamelCamel, but right now they are at 339.89 euros, a notable discount. It is true that not all components are falling equally, but there are indeed cases in which reductions seem to be occurring. In Xataka | The RAM crisis is destroying all of Valve’s plans with its Steam Machine

China has a nuclear reactor 100 times more efficient than traditional ones. The trick is to shoot atoms with an accelerator

China has had one goal in mind for some years: to have a voice in the nuclear race. In the weaponsyes, but also in energy. As Europe argues and the United States attempts to rejuvenate its critical infrastructure to meet AI needs, China has been on the accelerator for months. Recently they have not only approved 10 new reactorsbut they are one step away from turning on a new generation nuclear power plant to provide ‘green’ energy for 1,000 years. This is the CiADS system, or Throttle Actuated System. It is a type of reactor that China has been developing for more than 15 years and that promises to convert waste into energy. Their trick is to convert “garbage” into fuel, and it is a very interesting twist for nuclear energy. And even more so in a China that wants to dominate the atom and renewables as a basis for the development of another of the great ambitions of the country. Artificial intelligence. A twist to nuclear energy In a releasethe Institute of Modern Physics of the Chinese Academy of Sciences gave some details of how this accelerator-driven nuclear reactor works. Uranium is still the fuel, but “reactor driven by an accelerator” is literal. Using a particle accelerator, protons are “shot” at a heavy metal target at a speed of 0.8 times that of light. This generates neutrons that drive a reactor that operates somewhat below the critical threshold to be self-sustaining. The reactor generates energy and this violent reaction causes the long-lived radioactive isotopes that are normally generated in a conventional nuclear power plant to transmute and become materials with a shorter life. As its managers explain in SCMPthe CiADS is a hybrid between a nuclear reactor and a particle accelerator. The main advantage is that greatly reduces the risk of uncontrolled reactionsbut it has another: you can reuse the radioisotopes that normally would be treated as nuclear waste to continue producing energy. Firing beams of protons through these accelerators to bombard the heavy metal makes the uranium-238 give way to a new nuclear fuel: plutonium-239. According to the state media Science and Technology Daily, it is basically turning waste into treasures. According to those responsible, this method is 100 times more efficient than conventional fission and would allow nuclear energy to be converted into “a source of green, safe and stable energy for 1,000 years”, ensuring part of the necessary energy supply for the future. Furthermore, since what would previously be long-lasting waste is reused, the resulting CiADS has a useful life of less than one thousandth compared to conventional waste. The CiADS under construction They are two birds with one stone: China is wildly expanding its nuclear capacity, but it is estimated that it does not have as much uranium of its own and would continue to depend on imports… or to fish it in the sea. With “100 times more efficient” plants, you can get more juice out of what you have. And then there’s the fact that nuclear waste is less dangerous. If everything goes as planned, China will have its first MW-scale CiADS in 2027. It will be then when we check if those theoretical promises achieved by scale prototypes are fulfilled. The CiADS comes at a time when China has emerged as a contradiction in energy matters. They carry years fighting pollution and emissions, but they burn coal. They are a powerhouse in renewables with megastructures and deserts covered by panels. But in the age of AI, it is precisely that coal and gas that is the fuel that allows us to satisfy the demand of data centers at the peak of training. With nuclear weapons, China seeks further reduce your CO2 footprintbut ensuring a future in which it must feed the population, artificial intelligence and a network of technology companies that are doing the most difficult: fighting Western companies without the technological resources of the West. Because right now China doesn’t have the chips or the AI, but yes the energy. And that investment in new generation nuclear plants and, above all, in nuclear fusionrepresents the foundation of what is to come. Everything, that is, if the CiADS works as expected. Images | Sahaza Delis, Tighef In Xataka | There is a global race to be the first to reach nuclear fusion. And Germany just gave it an optimistic date

A star 1,540 times larger than the Sun is mutating in real time and it is something that baffles astronomers

The universe is rarely in a hurry, since stellar processes usually be measured in millions or billions of yearsso witnessing the metamorphosis of a great star in the span of a single human life is practically unheard of. And this is precisely what is happening with WOH G64a true cosmic monster located in the Large Magellanic Cloudabout 163,000 light years from Earth. Big changes. Astronomers have been analyzing this astronomical giant for years, and now the red supergiant is changing radically in front of our telescopes as it heats up rapidly and opens a heated scientific debate. The question that the community is asking itself right now is whether we are facing the transformation towards a very rare yellow hypergiant or if it is simply the fierce interaction of a binary system before collapsing. What we knew. Discovered in the 1970s, WOH G64 has long held the title of one of the largest stars known. The data we know about it is no wonder, since it has a radius 1,540 times greater than that of our Sun, an approximate mass of 28 solar masses and shines 282,000 times brighter than our star. Despite its enormous size, it is an extremely young star, since it is barely 5 million years old. And if we put it into context, in the ruthless world of astrophysics, the largest stars “live fast and die young”, devouring the fuel inside them at great speed. The script twist. Until recently, everything fit the classic profile of an extreme red supergiant, placing its temperature at 3,400 ± 25 degrees Kelvin. But a turning point came in the last decade after the data published in Nature Asia which pointed out that the star suffered a mysterious dimming in 2011, followed by a sudden warming of more than 1,000 ºC and significant chemical alterations in the atmosphere. Now, a new study analyzes the photometry and optical spectroscopy accumulated over more than thirty years of this star. And the conclusion they have reached is that between 2013 and 2014, WOH G64 began to transition from red supergiant to yellow hypergiant. What are they? Yellow hypergiants are an exceptionally rare transition phase of which we barely have data and, above all, it is very ephemeral. In this case, the dramatic thermal evolution could be due to the star having partially ejected its outer envelope or to its stellar companion aggressively stripping away material. The debate is served. As is often the case on the frontier of astrophysics, not everyone agrees that the transition is complete. Rigorous science requires fact-checking constant, and recent research adds nuance to this story. This same year, one study pointed out because the star continues to maintain its classic red supergiant characteristics, questioning whether it has become a rare yellow hypergiant. The most logical explanation they see in this case is that the interaction with its companion star is causing these large temperature changes. This generates a great debate, since it goes completely against the other part of astrophysics that is convinced that we are facing a great twist in the script. A supernova. The big question that everyone is asking is how this titan will end, and some voices suggest that we are seeing the prelude to an imminent supernova. However, in astronomical terms, “imminent” is an elastic concept, since core collapse could occur in a time frame ranging from 100 to a few thousand years. And even if it collapses, even a spectacular explosion is not guaranteed. Although there is also the possibility that it fails in its attempt to explode and, instead, collapses directly in on itself, silently forming a black hole. Likewise, what happens seems to be something that our next generations will see. Images | European Southern Observatory In Xataka | We have analyzed the universe for 20 years looking for ET and all we have are 100 signals that China is now investigating

If your renovation is a pain, think about the house that cost 120 times more than its original cost: a masterpiece

Renovate a house It is usually an exhausting experience: budgets that skyrocket, structural unforeseen events, provisional solutions that end up being permanent. Now imagine that this home is not just any apartment, but one of the great icons of the 20th century, visited by millions of people and examined to the millimeter by historians, engineers and conservators. Then the reform stops being a domestic problem and becomes a continuous battle against time. Thus an icon was born. The assignment that changed a career The year was 1934 when Edgar J. Kaufmann commissioned Frank Lloyd Wright a weekend house next to a waterfall in Bear RunPennsylvania. The architect then took an unprecedented decision: He decided not to look at the water from afar, but to literally build on it. The work, built between 1936 and 1938, almost immediately became in a manifesto of organic architecture: concrete terraces that float over the waterfall, local stone walls that sprout from the rock, spaces that open to the forest as if the house were an extension of the landscape. By January 1938 he already occupied the same cover of time and critics proclaimed it one of the great masterpieces in the history of architecture, one capable of reconcile modernity and nature in an unforgettable image. It happens that there is always a “but” in a work, and one like this was no different. Yes. That perfect image had a disproportionate price from day one. The original cost exceeded the planned budget almost four times and reached approximately $155,000 of the time, a figure equivalent to about 3.3/3.5 million current dollars. Added to this were Wright’s own fees and the expenses derived from a complex execution in a unique but remote environment, so that the project was born already financially stressed. What should be a weekend country house became a total commitment, technical and economic, to materialize a radical vision. And we come to the material that has given the work its name, although it almost took everything away. The gesture that made Fallingwater world famous, its large columnless cantilevers over the waterfall, was also its Achilles heel. During the work, the engineer in charge of concrete warned that only eight reinforcing bars had been placed on a main beam and that, for a span of that length, it should have been duplicated steel. However, Wright rejection the objections, arguing that adding more reinforcement would damage the structure and demanding absolute confidence in their judgment. The contractor, without warning, decided to increase the steel anyway. Even so, when removing the formwork the first cantilever deformed more than four centimeters and was left with a permanent arrow that today translates into a visible slope close to two degrees. And the cracks came before inhabiting it The problems were neither theoretical nor late. Even before the Kaufmann family moved in in 1937, there were already documented leaks and cracks on the concrete parapets. As the decades passed, some balconies began to sink. more than 20 centimeters with respect to its original position, and in the nineties engineers found that the cantilevers they had failed technically and required urgent reinforcements to avoid greater risk. The house that seemed to defy gravity rested on a more fragile balance than the iconic photograph suggested. If the waterfall was the soul of the project, the rain and snow were its nightmare. Flat roofs, terraces that function as roofs for lower rooms and masonry walls holes filled with rubble They made it easier for water to find invisible paths into the interior. So much so that since the 1940s the house was nicknamed with irony by its owners for the number of buckets needed to collect leaks, and almost ninety years later an intervention of 7 million dollars intended to seal covers, inject more than a dozen tons of grout on the walls and improve waterproofing. It didn’t matter the crazy price that had been used previously, many leaks they returned with time. The overhang of the living room seen from the bridge leading to the house At the end of the 20th century and the beginning of the 21st, a structural restoration was undertaken that would be decisive: the beams were drilled and introduced steel cables post-tensioned to “pull” the concrete and recover part of its original position. That operation prevented the sinking will progressbut it did not eliminate the need for ongoing maintenance. To give us an idea, from 1937 to today, the preservation of Fallingwater has already exceeded 19 million dollars, a figure multiplied by about 120 times the initial cost of construction and which illustrates the extent to which keeping the icon standing has been more expensive than its own creation. In 1963 the Kaufmann family donated the house to the Western Pennsylvania Conservancy, which opened it to the public the following year. Since then, more than 6 million of people have visited it, and its status as a National Historical Monument and UNESCO World Heritage Site consolidated his status as one of the masterpieces of the 20th century. Paradoxically, the same audacity that generated the cracks, deformations and leaks is what gave it its symbolic force: Fallingwater, or The Falling House, embodies the rhetoric of the American dream of merging with nature and dominating it at the same time, even when that ambition required paying an enormous structural and economic price. The history of this icon shows that architectural genius is not exempt material risk. Wright’s possibly exaggerated authorship, his conviction towards engineers and contractors, and his willingness to take concrete further of prudent limitsproduced a work that was both sublime and problematic. If you will, it is also an imperfect building that has needed decades of disagreements, revisions and reinforcements to remain standing. And precisely for that reason, more than a frozen postcard over a waterfall, Fallingwater It is proof that great works are born from the tension between vision and reality, and that even masterpieces can always be, literally, at the edge of the … Read more

“The more times you are late for work, the harder it will be for the company to fire you”

Arriving late to work every day, leaving before your time or committing various irregularities in your day can cause your company to give you a warning, sanction you or, in the most serious cases, even apply a disciplinary dismissal for breaching the conditions you accepted in your employment contract. However, as labor lawyer Juanma Lorente highlights in one of his recent videosif you do it repetitively and the company does not warn you for it, that violation can become your best ally to protect you from disciplinary dismissal. Being late is bad, but it can protect you. The labor expert explains in his video a legal paradox in which the company’s inaction can turn an infraction into the best defense for a worker against a legal claim for disciplinary dismissal. The lawyer explains the situation with a very simple example: “Imagine that you have been late to work for 2 years. 5, 10 or 15 minutes and the company does not tell you anything. You arrive and sign in with the real time at which you are arriving and the company tolerates it. From one moment to the next, after two years of arriving late, you find a dismissal letter in which they fire you for arriving late.” According to Lorente, this dismissal would be unfair because the company allowed the “habit” of being late for two years, without reacting in all that time. The expert assures that this inaction represents a tacit permissiveness of that conduct, which is why it could not be used as a reason for dismissal before a judge. Silence gives consent. Although it may be incongruous, since the employee’s violation is effectively proven, the repetition of this behavior without a response from the company is known as corporate tolerance. As and how do they count From the Lex-it law firm, this case occurs when a company is aware of the worker’s repeated infraction, such as repeated delays, but does not sanction it for a long time. This means that a subsequent dismissal for the same reason is seen as unfair by the judges, since the company seemed to accept it and “tolerate” the infraction. As the labor lawyer points out, “If he has not previously sanctioned you for the same thing, has allowed it and has tolerated it, he will not be able to use it to fire you.” ​This principle forces companies to follow a scale of sanctions that is applied from the first infraction of employees: from a simple specific warning to suspensions, before reaching disciplinary dismissal. Ignoring this scale of warnings means that the company cannot allege it as a “direct” reason for dismissal because, according to the court, the company tolerated this behavior. The Supreme Court has already applied it. The Supreme Court has confirmed this doctrine in several rulings in which disciplinary dismissals have been rejected because companies have cited infractions as reasons for dismissal that they have tolerated for years without any warning. The result in all cases has been to reject the disciplinary dismissals and declare them unfair dismissals with compensation of 33 days per year worked, despite it being proven that, in fact, the employee had been committing a violation of the conditions for a long time. In one of those sentencesthe Supreme Court states: “Sanctioning with the greatest severity (disciplinary dismissal) conduct that had previously been tolerated, without any prior warning to the employee that such tolerance was going to end, would be contrary to the employer’s good faith.” ​A practical example: he was late 176 times. A very clear example of this legal paradox is found in the case of the employee of an optician in Asturias who arrived late to her job up to 176 times without the company reprimanding her for it. When the company informed him of his disciplinary dismissal, the Superior Court of Justice of Asturias considered it “irrational, disproportionate and incongruous.” The reason was that the company had demonstrated business tolerance by allowing 176 delays without warning or sanctioning the employee, and resorting directly to disciplinary dismissal. In Xataka | Going to the bathroom is not work: a Swiss court allows a company to force its employees to clock in when they go to the bathroom Image | Unsplash (Campaign Creators)

A group of Spanish pilots wait in front of Russia for an alarm that will sound 500 times in 2025. They only have 15 minutes to launch their fighters

A few minutes from Russian airspace, a handful of Spanish pilots live in the most tense routine that exists in peacetime: be ready to take off at any moment from an icy base from the Balticone where the sky is watched as if each blip on the radar could be the start of something bigger. Fifteen minutes. At Šiauliai, a Lithuanian air base that functions as first line of surveillance over the Baltic, the routine can be broken at any second with a siren and a countdown. When the alert goes off (in 2025 alone it did so up to 500 times), the Spanish pilots of the 15th Wing They put on their equipment, get into the vans and run towards the hangars with a single objective: to be in the air in less than fifteen minutes. It is a millimetric mechanic, repeated so many times in training that becomes automaticbecause the mission does not wait for anyone and because in that area an unidentified plane, without a transponder or without communication, can be the beginning of a serious incident. The shadow of an enemy. The function of these quick exits, called “scrambles”is to intercept and escort suspicious aircraft until they leave Allied space or their intentions become clear, and in the Baltic they are almost an everyday language. The route is especially sensitive because it connects Russia with the militarized enclave of Kaliningradand there intersect fighters, surveillance planes and traffic that sometimes fly without a flight plan or without the expected signals. The result is constant tension: some days there are several outings and other weeks everything seems calm, but the feeling is always the same, that the next warning can come when you are resting or half asleep. 15th Wing Fighter Mission since 2004. NATO started this baltic air police in 2004 to protect the space of Lithuania, Latvia and Estonia, and since then the countries have taken turns in rotation four months so that the umbrella is permanent. Over time, the deployment was expanded to other bases in the region, first after the first Russian invasion of Ukraine and later with further expansion, because the Eastern Front ceased to be a theoretical concept. In recent months, furthermore, the incursions became more disturbing due to a new detail: not only manned aircraft appeared, but also drones that crossed borders and forced us to react quickly. Spain and the fighters. The Spanish contingent arrived in December with more than 200 troops and eleven EF-18Ma modernized version of the Hornet that Spain operates and maintains ready to fly day or night. The planes are armed with air-to-air missiles and the pilots train with night vision goggles, because surveillance does not stop when the sun goes down. Behind each exit there is a system that monitors the sky relentlessly, control centers that detect traces on the radar and a decision chain that, when activated, turns the entire base into a fast, silent and perfectly rehearsed choreography. Drones change the script. The big twist is that now the problem is not only the classic military plane that approaches without identifying itself, but the emergence of cheap dronesslow, low and erratic, more difficult to classify and more complicated to stop with means designed for another era. It we have counted. In September last year, a wave of Russian drones penetrated Polish airspace during an attack on Ukraine, and then there were similar episodess that forced the activation of fighter jets in countries like Romania. In parallel, small unidentified drones began to be seen near airports, bases and sensitive facilities throughout Europe, fueling the feeling of vulnerability and suspect that someone is measuring response times and blind spots. Crow, the anti-drone. For this reason, in this deployment the 15th Wing arrived with a historical novelty for them: the Indra Crow systeman anti-drone defense that adds a different layer of protection to the base and its surroundings. Crow combines radars, cameras and sensors to detect small aircraft and, once located, attempts to take them down using signal jamming, that is, electronic warfare from fixed or mobile positions. Its range not only protects planes and runways, it also covers the nearby city, because the real goal is to shield critical infrastructure and reduce the risk of a cheap drone causing disproportionate damage. The cost dilemma. Behind this adaptation is a problem that NATO is being forced to solve at full speed: intercepting cheap drones with weapons designed to shoot down fighters is an unsustainable equation. Firing expensive missiles from a fighter jet to take down a small aircraft may work, but it turns every defense in a waste and opens the door to volume saturation. That is why procedures and tactics are being reviewed, looking for cheaper and more specific systems, and assuming that the fighter will no longer always be the best tool to put out the fire. The strategic signal. The arrival of fighters with anti-drone protection It reflects a Europe that begins to fortify the sky as if war were already knocking at the door, although it has not yet fully crossed. In the Baltic, each rotation is a political and military message: there is presence, there is a response and there is an intention to fill gaps that did not exist before. Thus, what was previously an almost routine escort and identification mission is becoming a comprehensive defense exercise against hybrid threatswhere the enemy can be a large plane, a tiny drone or a provocation designed solely to check if, when the alarm sounds, there is really someone capable of taking off in those fifteen minutes. Image | Pexels, Pavel Vanka In Xataka | There are “invisible” Russian submarines happily sailing through the Baltic and that has led Europe to unprecedented measures In Xataka | A Russian submarine has appeared off the coast of France. And Europe’s reaction has been surprising: have a laugh

Producing them emits hundreds of times less than coal and gas

All energy sources have their dark side and solar is no exception. Without going any further, we are creating huge mountains of garbage thanks to (or because of) the solar panels cheap. Now, as in any other decision-making, it is time to weigh the pros and cons and compare them with alternatives to have some perspective and here, solar energy does not fare so badly. Damn (blessed) cheap solar panels. The generation of waste from solar panels is a reality that goes hand in hand with the deployment of solar energy. Between 2020 and 2024 the number of solar panels that have gone to waste has multiplied by four according to IRENA reports: from 220,000 to 900,000 tons and be careful because by 2050 have already estimated that the figure will be 250 million tons. The reason? Although their useful life is 25 – 30 years, they are replaced before the end due to incidents such as storm damage or manufacturing defects. In short: replacing is cheaper than repairing. In perspective. But the moment of truth comes from an estimate: the actual waste per megawatt hour of electricity generated. A current standard solar panel weighs about 20 kg and over its 25-year lifespan in moderate sunshine generates about 10 megawatt hours of electricity. The calculation is simple: it is equivalent to 2 kilograms of waste per megawatt hour and is similar to that offered by recent research published in Nature Physicswhich aimed at 1.7 kg/megawatt hour. And now let’s face it against two energy rivals: coal and gas, two fossil fuels that continue to be behind the planet’s electricity generation. coal plants generate between 80 – 100 kg per megawatt hour. And that’s not to mention the 950 kg of carbon dioxide per megawatt hour emitted in combustion. Gas is slightly better: emits 450 kg of CO₂ per megawatt hour generated and no ash generated. But the difference is abysmal compared to the waste from solar panels. In a table on energy generation it is better seen, as this one from Clean Technica: solar panels Coal NATURAL GAS Solid waste (kg/megawatt hour) 2 80 – 100 0 CO₂ emissions (kg/ Megawatt HOUR) 0 950 (per ton) 450 Other emissions No SO₂, NOₓ, particles, mercury… NOx emissions An abysmal difference. That is to say, we are talking about that considering the megawatt hour of electricity generated, a solar panel produces 2 kg of solid waste for about 90 kg of ashes that lead to an emission of 950 kg of CO₂ under the arm for coal and for gas, about 450 kg of CO₂ emitted. Electricity generation plants based on fossil fuels generate continuous and massive atmospheric pollution compared to 0 from solar panels and if we talk about solid waste, coal substantially surpasses it. Not only the quantity, but also the quality. It has already been made clear that the amount of waste is substantially lower, but it is also worth mentioning how harmful this waste is and its consequences. To the remove a solar panel We find a frame made of aluminum, silicon, glass and some plastic, which although technically can be mostly recycled, in practice they are not recycled circularly. It is true that there are panels with traces of heavy metals such as lead (solders) or cadmium in thin film panels, but also that the EU counts with management programs for this waste. And the solar panels do not emit pollutants while they are operational. Coal ashes have a list of traces fearsome: in addition to lead and cadmium there is arsenic, mercury, selenium, uranium or thorium. This cocktail is a risk to health and the environment due to inadequate management or spills. There is no need to talk too much about carbon dioxide emissions: they are behind the global warming. Coal combustion alone generated 15 gigatonnes of CO₂ between 2020 and 2024, according to analysis by the Global Carbon Project. This another study from the British Medical Journal relates air pollution from fossil fuels to some five million premature deaths last year, mainly respiratory diseases, cardiovascular diseases, and strokes. Solar energy waste is not the problem. Clean energies are not perfect and their operation involves a series of challenges. As we have seen, in the EU in fact recycling infrastructure already exists which currently manages to recover up to 95% of these (the WEEE directive establishes a minimum recycling of 85% of the modules) in consolidated, scalable processes and result in small, manageable and moderately harmless final waste. With the data in hand, it is substantially clear that yes, waste from solar energy exists, but viewed from the perspective of current energy needs and the sources that provide it, they are not the problem at all. In Xataka | The dark side of solar energy: we are creating a 250 million ton mountain of garbage In Xataka | Europe produces more clean electricity than fossil electricity for the first time. The hard part starts now Cover | Anders J

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