This is what the new Dreame X60 are like

If there is a product category that has evolved a lot in a matter of a couple of years, it is, without a doubt, that of robot vacuum cleaners. From robots with a brush and a regulating mop we have moved on to robots with arms, retractable sensors, rotating mops and bases that clean, disinfect and even replace said mops. The high range has become really interesting and Dreame He is clear that he wants to conquer her. Their weapons are the new robot vacuum cleaners that make up the Dreame X60 seriesthree devices called Dreame X60 Pro Ultra Complete, X60 Pro Ultra Matrix and X60 Pro Master that, although they share many of the characteristics, have their particularities. Let’s go in parts. Diagram of operation of double-jointed arms | Image: Dreame Dreame X60 Pro Ultra Complete, aka the base. The first model is the one from which all the others start, so understanding it will help us see the others better. The first key to this robot is its double-jointed arm. While it is true that robots with extendable parts are not new, Dreame’s proposal goes one step further. The name of this system is UltraExtend and, basically, it allows the side brush to extend 12 centimeters and the mop up to 18 centimeters. The mop and brush arms have two joints: the first is like a shoulder and folds out to the side, while the second is a kind of swinging forearm. What allows that? That the mop can draw an angle of 146º and the brush 125º, reaching corners, furniture legs or baseboards that were previously inaccessible. Dreame X60 Pro Ultra Complete | Image: Dreame Navigation. The device mounts the OmniSight 3.0 AI system, a very fancy to refer to a dual camera system with 120º field of view and AI (for object recognition). According to the company, the robot recognizes 320 types of obstacles with a size of up to 10 millimeters in 0.1 seconds. In addition, it incorporates a blue light system to detect transparent stains, something typical of certain liquids. Also, importantly, the robot is capable of overcoming obstacles of up to ten centimeters. Cleaning and scrubbing. The Dreame Something interesting is that the mops are washed in real time with water at 100ºC and apply a downward pressure of 15N, so, at least in theory, they should not have problems with embedded stains. The Matrix model stores the mops inside the station and exchanges them depending on the type of floor | Image: Xataka Dreame X60 Pro Ultra Matrix, aka the one that changes the mops. While the standard Dreame That is, it is capable of removing the mops from the robot, cleaning them with specific products and exchanging them for others depending on the floor to be mopped. There are three types: Nylon bristle scrubbing pads for kitchen grease. Water retention sponge pads for baths. Thermal pads for the rest of the rooms. The base of the Master model can be hooked to a water inlet and outlet | Image: Dreame Dreame X60 Pro Master, aka the one you forget about. Just like him Dreame X50 MasterThe X60 Pro Master model has a base with automatic filling and emptying that connects to the water installation. This allows you to forget about emptying the dirty water and filling it, since it does it automatically. The problem is that it requires professional installation (or that you are a handyman, of course). The CyberX, aka the robot that climbs stairs. Although the company has not given new details of the robot vacuum cleaner with four legs and tracks that climbs stairs, that is, the CyberXhas confirmed that it is no longer a concept. It is an official device that will be launched soon. Versions and price. The company has not yet revealed the price or availability of these three products, although it has scheduled us on May 27 to discover them. Images | Dreame In Xataka | Dreame started as a supplier to Xiaomi. Eight years later it wants to be the next Samsung and has paid 10 million to prove it

Samsung Odyssey G8 G80H, features, price and technical sheet

To what extent does the monitor matter when we talk about gaming? Much more than it seems when one looks only at the processor, graphics or console. The screen is the last link in that entire chain: there the power is translated into images, fluidity, detail and response. Samsung has made a move with a proposal that draws attention from the first piece of information: a Odyssey G8 which the company presents as “the industry’s first 6K gaming monitor.” The protagonist of this release is the G80HSthe 32-inch version of the Odyssey G8, a product that comes with a particularly ambitious technical sheet. The resolution is 6144 x 3456 pixels, with a density of 224 dpi. The format remains at 16:9, the panel is flat and the technology chosen is IPS, a base that seeks to combine sharpness, viewing angle and response. Samsung Odyssey G8 G80HS technical data sheet Samsung Odyssey G8 32″ (G80HS) Panel 32-inch Fast IPS 16:9 aspect ratio HDR10+ HDR10+ Gaming Resolution 6144 x 3456 pixels (6K) 3072 x 1728 pixels (3K) MAXIMUM REFRESH FREQUENCY 165Hz (6K) 330Hz (3K) typical brightness 350 nits contrast ratio 1,000:1 response time 1 (GTG) VIEWING ANGLES 178°(H) 178°(V) Color support sRGB 99% Up to 1 billion colors connectivity 1 x Display Port 2 x HDMI 2.1 1x USB-B upstream 2x USB-A 3.2 Gen 1 Headphone output dimensions 714.5 x 595.4 x 263.9 mm (with base) weight 7.4 kilos (with base) price Unannounced The Odyssey G8 that stands out for its jump in resolution We talk about higher resolution, but does this always mean a better experience? The reality is that to really notice it content is missingdistance of use and equipment capable of moving the games. That said, the G80HS’s bet goes in a clear direction: offering a cleaner image, with finer contours and more room to work on the desktop. It is a very current approach, because many users no longer buy a monitor just to play: they are looking for a screen that can be used to edit, write, view content and then return to the game. The other half of the proposal is speed. Samsung proposes two paths: use the monitor in 6K at 165 Hz or go down to 3K to reach 330 Hz through Dual Mode. The refresh rate indicates how many times per second the image can be updated, so a higher number can translate into smoother movements. It makes sense that there are two modes, because not all titles ask for the same thing: a narrative game can benefit more from the detail, while a competitive one usually appreciates every extra fluidity. The chosen panel also helps to understand where the G80HS is going. Samsung talks about “Fast IPS“, a technology that seeks to combine good color reproduction, wide viewing angles and a quick response, three important points when the monitor is not always used from the front or only for gaming. The firm mentions 178 degrees of horizontal and vertical vision, support for up to 1 billion colors and 99% coverage of the sRGB space. The image is completed with HDR10 and HDR10+ Gaming, a set of compatibilities designed to improve the treatment of brightness and contrast. HDR10+ Gaming, remember, optimizes values ​​in real time to make details more visible in dark areas and brightly lit parts of the scene. In a game, this can make very specific differences: distinguishing an opponent better in a shadow, reading a nighttime environment more clearly, or better preserving the reading of a brightly lit area. On a screen with these characteristics, connectivity is also part of the experience. The G80HS includes DisplayPort 2.1, two HDMI 2.1one USB-B upstream port, two USB-A 3.2 Gen 1 and headphone output. In practice, this allows you to set up a desktop with a PC, other gaming devices and peripherals without depending so much on external adapters, although it is worth keeping one detail in mind: does not include speakers. Samsung also includes an ergonomic stand with height, tilt, swivel and pivot adjustment, plus VESA 100 x 100mm mounting support. It should be noted that the G80HS does not arrive alone, and that also helps to understand the breadth of Samsung’s launch. The new Odyssey family includes other models, such as a 27-inch G8 with 5K resolution at 180 Hz or up to 360 Hz in QHD through Dual Mode, in addition to OLED proposals such as the Odyssey OLED G8 and the Odyssey OLED G7. The company has also renewed the ViewFinity S8 line, more aimed at professional environments. Odyssey G8 G80H Price and Availability Samsung talks about the launch of its new generation of Odyssey and ViewFinity monitors, but in the information provided the price does not appear of the Odyssey G8 G80HS nor a specific date of commercial availability in Spain. What the company does indicate is that it is now possible to register on its website to discover the new Odyssey G8 line, the Odyssey OLED G7 and the ViewFinity S8, in addition to accessing the launch promotion. Images | Samsung In Xataka | First impressions of the TCL RM9L with RGB MiniLED: the alternative to OLED for large format screens

The Canary Islands have just turned on the first platform that generates electricity by “boiling” the ocean

They have been promising us for decades that the ocean would be the battery of the future. The difference now is that someone has finally plugged in the cable. The British company Global OTEC has installed in the waters of the Canary Islands the world’s first floating platform capable of extracting energy directly from the heat of the sea. It is not a concept. It is not a simulation. It is there, in the Atlantic, working. The end of intermittency. Unlike wind or solar energy, which are dependent on weather conditions, the ocean offers a constant and reliable source 24 hours a day. It’s what experts call “base load power.” Until now, Ocean Thermal Energy Conversion (OTEC) technology had been tested in terrestrial environments. Until now, the main obstacle to bringing this technology to a full scale was infrastructure. The terrestrial prototypes needed huge pipes to pump cold water from the depths to the coast: kilometers of installation, exorbitant costs. For this reason, Global OTEC’s commitment has been to move the platform directly to the sea, eliminating that route. The result: 80% less pipe. And a model that, for the first time, seems truly scalable. A closed circuit that “recycles” the liquid. The system literally takes advantage of the temperature difference that exists between the surface of the sea and its dark depths. The mechanism is an extremely ingenious closed circuit: Evaporation: The warm water on the surface heats a special liquid that, due to its chemical characteristics, boils quickly. Generation: When boiling, this liquid is transformed into steam, which pushes a turbine that, when rotating, generates electricity. Cycle recycling: For the system to never stop, the vapor needs to return to its liquid state. This is where the newly installed deep pipeline comes into play, sucking in very cold water from the deep sea to cool the vapor and restart the cycle. In addition to generating energy completely free of carbon emissions, the installation takes up little space and is silent. It even offers an invaluable additional benefit to island ecosystems: freshwater desalination. An ecological lifesaver. The project was not born thinking about feeding large continental electrical networks. Its objective is more concrete and, in some ways, more urgent. The European consortium PLOTEC, which finances this development, is targeting Small Island Developing States, the so-called SIDS. These are regions that today depend on polluting and expensive diesel generators, and that also fit squarely in the hurricane belt. That is why the platform has been specifically designed to withstand extreme tropical storms. The Canary Islands, the great laboratory of Europe. That this world milestone has occurred in Spain is no coincidence. The platform has been installed on the Canary Islands Ocean Platform (PLOCAN). As explained by Ministry of Science, Innovation and Universitiesit is an infrastructure managed by a consortium financed in equal parts by the State and the Government of the Canary Islands. This enclave has become a true focus of international technological attraction. According to a statement from PLOCANits waters not only host thermal projects, but at the end of 2026 they will also host the European WHEEL project, led by the Spanish engineering company ESTEYCO. This floating offshore wind energy demonstrator reinforces the role of the Canary Islands as a strategic enclave and positions the region as one of the main European poles for the development and validation of technologies. offshore. Next stop: the commercial jump. With the ocean platform already installed and technical validation underway in the Atlantic, the horizon for this technology seems clear. “This is the moment when OTEC technology moves away from controlled environments and into the real world,” says Dan Grech, founder and CEO of Global OTEC. Its next objective is to install the first commercial energy module in Hawaii, an island market with all the conditions that this technology needs. The company estimates that there are more than 25 GW of diesel capacity on tropical islands that could be candidates for this transition. Although it is important not to lose sight of the fact that going from prototype to commercial scale has historically been the valley of death for many promising energy technologies. The learning curve that Grech compares to that of solar or wind took decades to lower costs to competitive levels. That being said, the platform is in the water. And that, in this sector, is already a lot. Image | Global OTEC Xataka | Every year millions of birds die because of wind turbines. The solution: paint them like poisonous snakes

Gemini Omni wants to do with video what Nano Banana did with images: Google is aiming very high

Creating an image with AI is no longer as surprising as before. What begins to make a difference is the ability to modify it, give it continuity and turn an initial idea into something more elaborate without losing the thread along the way. In video, that challenge is much greater: there is movement, time, physics, and characters that must continue to appear coherent. Gemini Omni comes with the promise of addressing this problem and making editing a much easier task. Google DeepMind itself asks to think of Gemini Omni as in Nano Bananabut for video. The reference makes sense because Nano Banana was Google’s image generator that took visual creation with AI to a very striking scale. The first version, released in August 2025, added 13 million users in four days and had generated more than 5 billion images by mid-October. Google now introduces Gemini Omni Flash as the first model in the Gemini Omni family. According to the company, it is designed to create content from any entry. The idea is that the user can combine images, audio, video and text as a starting point to generate high-quality videos supported by Gemini’s real-world knowledge. A video generation model that is committed to coherence The most interesting part is how Google describes the editing process. It is not only proposed as a tool to generate a clip from scratch, but as a system capable of working on a scene using chained instructions. The company talks about changing specific elements or completely transforming a starting video, adjusting aesthetics, action, environment, angle, style or specific details. It also promises to maintain character consistency, preserve scene continuity, and offer more coherent physics. In his note, he shows how Gemini Omni can start from a scene and modify it with direct instruction, whether to change the material of an object, alter an action, or turn a complex idea into a visual explanation. Let’s look at some examples of prompts. “Make the sculpture out of bubbles” “When the person touches the mirror, make the mirror ripple beautifully like liquid, and the person’s arm turns into reflective mirror material” “Claymation explainer of protein folding, everything is made out of clay, no hands, stop motion, accurate” At Xataka we have done orna first test with a recognizable image: Puerta de Alcalá, in Madrid. The starting point was a static photograph and the prompt we used was the following: “Create a video from this image. Cars are moving forward and people are walking.” (Create a video from this image. Cars move forward and people walk.) The idea was to see to what extent Gemini Omni could turn a real scene into a small moving clip. In the video above you can see precisely that attempt to animate the original imagewith cars moving forward, pedestrians walking, and ambient sound that fits the scene. It also appears to retain some visible branding elements on the vehicles, especially the Mercedes-Benz logo, although in other cases, such as Fiat, the result is less clear. Let’s talk about availability. Google ensures that Gemini Omni Flash begins to reach Google AI Plus, Pro and Ultra subscribers through Gemini and Google Flow, while its deployment at no cost in YouTube Shorts and YouTube Create App launches this week. In our test with a corporate account, however, we found ourselves with a fairly tight limit: after generating three videos, the system warned us that “we had reached our video generation limit until May 20 at 7:59 p.m.” It is not too surprising if we think about what is happening below: creating video with AI requires a lot of resources, so everything indicates that Google would be dosing access, at least in this first phase. When we talk about video generation with artificial intelligence, it is likely that one of the first names that comes to mind is sora. It arrived like one of the great promises of OpenAI for this terrain. The route, however, ended up being much shorter than that initial ambition suggested. Its website and app were no longer available at the end of April 2026.although the API will continue to work until September 24. Images | Google | Xataka In Xataka | There is a battle to have the AI ​​model that programs best. And a good, pretty and very cheap rival has appeared in it: Cursor

China just gave them a much more ambitious mission

Every time we ask something of an AI, the scene seems almost invisible: we type a sentence, receive a response, and move on. But behind that apparent lightness there are buildings full of servers, cooling systems running tirelessly, and an electricity demand that does not stop growing. The cloud, no matter how much we call it a cloud, has ground, cables, heat and consumption. And precisely for this reason an idea that not so long ago sounded like a strange experiment is beginning to make sense: removing part of that infrastructure from land and taking it to the sea. China is already taking it to the commercial field. MERICS notes that the country has presented the first commercial underwater data center in Hainan and a module powered by offshore wind energy in Shanghai, two movements that point in the same direction: to see if this architecture can stop being a technical oddity and become a usable piece within its digital deployment. The novelty is not only in submerging servers, but in presenting them as a possible response to three tensions that already weigh on the AI ​​infrastructure: energy, cooling and land. Hainan is the first piece of that leap. Pilot testing of the Hainan underwater data center began in 2023, first with storage services for the island’s free trade port and telecom operators, before expanding to cloud and AI companies. The project does not play in the league of large terrestrial data centers, but it does have sufficient scale to stop being a simple model: each cabin is located 35 meters under water, has 24 racks and can house up to 500 servers. Its value is precisely there: demonstrating that China is trying to turn an experimental idea into real commercial infrastructure. Shanghai as an energy showcase. If Hainan represents the commercial leap, Shanghai adds the piece that makes the story more ambitious: direct integration with offshore wind energy. This project is facing Lingang, where CGTN places an underwater platform already operational and directly connected to a nearby offshore wind farm. The total planned investment is 1.6 billion yuan, about 235 million dollars according to that source, and the installation is based on a pilot phase of 2.3 MW, while the complete project is planned to reach 24 MW. Refrigerate without fighting against the environment. That is the technical promise that explains much of the interest in these underwater data centers. The Chinese state media recalls that terrestrial facilities can dedicate up to 40% of their electricity to cooling, a problem that is especially visible when we talk about increasingly dense racks. Under the sea, the idea changes: take advantage of water as a natural heat sink. In Shanghai, for example, the average sea temperature is around 15 degrees Celsius. The other half of the equation is energy. The Shanghai center is connected by a photoelectric composite cable to a 200 MW offshore wind farm, with more than 50 turbines, and more than 95% of its electricity comes from renewable energy. If the project reaches full scale, it is estimated that it could save 61 million kWh per year and significantly reduce its carbon emissions. There are challenges too. MERICS warns that these data centers pose significant challenges: sealing modules, dealing with seawater corrosion, operating in a high-pressure environment, and assuming that maintenance may require bringing entire modules to the surface. This is no secret. Accessing submerged hardware in the event of a failure is one of the most sensitive points. Microsoft had already tried the path. The best known antecedent is Project Natickan initiative with which Microsoft submerged a data center off the Orkney Islands, in Scotland, and recovered it in 2020 after two years of operation underwater. The test served to demonstrate that the idea could work technically.but it did not end up becoming a commercial line. Reading is not a magic solution. As we can see, China is trying another way of dividing up the pieces of the problem. Hainan shows attempt to bring underwater data centers into commercial arena; Shanghai adds a broader ambition, connecting them with offshore wind energy and directing them towards increasingly demanding loads. Undersea data centers seemed like a technological oddity. Now, at least in China, they are beginning to look like an industrial bet with a much more ambitious mission. Images | Shanghai Hailanyun Technology In Xataka | There is a battle to have the AI ​​model that programs best. And a good, pretty and very cheap rival has appeared in it: Cursor

The joint mission between Europe and China is already in space. The really important thing comes now

Finally, despite the postponement last April, SMILE has been launched successfully. The mission that unites China and Europe To study how the solar winds interact with the Earth’s magnetosphere, it departed from the Kurú Space Port, in French Guiana, at 03:52 GMT (05:52, Spanish peninsular time). He has at least 3 years of work ahead of him, but before starting his work he must take some preliminary steps. Journey to final orbit. During the first 25 days of the mission, SMILE You must start your engines 11 times. This will allow it to gradually lengthen its orbit around the Earth’s poles, until reaching 121,000 km above the North Pole and 5,000 km above the South Pole. Once in its final orbit, around June 13, it will be time to tune up all its instruments. The final deployment. Remotely, from Earth, mission engineers will check that all SMILE instruments are working properly. For that, some must change their conformation. Specifically, it will be necessary to deploy the magnetometer arm and open the X-ray camera shutter and the UV camera cover. Each of these points is essential for the proper development of the mission. The first images. Once the experiments have been verified, SMILE will begin its work. The first images will be sent to Earth for analysis three months later. The mission. SMILE will study the interaction of solar activity with the shield that the Earth uses to protect itself from it. Although other missions have carried out similar tasks, it will be the first time that global images of this interaction have been taken, both in X-rays and ultraviolet. This will give us better knowledge than we currently have about solar storms and how they affect our planet. And not only They draw us beautiful auroras in the sky. They can also affect telecommunications, sometimes worryingly. It is important to understand them and know how to predict, as far as possible, the harmful effects they could cause. At least three years. The nominal duration of the mission will be 3 years. This means that it is designed to achieve your main objectives in this time. The economic investment of the European and Chinese space agencies has focused on guaranteeing this duration. However, that does not mean that within three years the ship will be deorbited or that all its instruments will be turned off. If it continues to function properly, its useful life could be greatly extended. The case of Cluster. Cluster it was a mission ESA whose objective was also to measure the Earth’s magnetic environment. In a way, it could be considered a predecessor of SMILE. It was launched in 2000 and remained active until 2024. However, Its nominal duration was initially 2 years. Once the retirement date arrived, it was found that Cluster was completely fit, so it was decided to invest in it for much longer. Maybe something similar will happen with SMILE. For now, we will have to go step by step. To begin with, it must reach its operational orbit. Once there, the magic begins. Or rather: science. Image | THAT In Xataka | The Webb and Hubble telescopes simultaneously observed Jupiter’s auroras. The problem is that they didn’t see the same thing

Tomorrow one of the platform’s main action heroes returns to Prime Video, although he does so in an unexpected format

When Amazon closed ‘Tom Clancy’s Jack Ryan’ in July 2023, the fourth and final season left one character with accounts settled. John Krasinski had spent five years playing a CIA analyst perpetually misplaced in a world that surpassed him. Few expected him to return to the character so soon and, above all, to do so in this way: ‘Jack Ryan: Covert Warthe first film derived from the series, arrives this Wednesday, May 20 to Prime Video. When Amazon premiered the series in 2018, the streaming It was still an incipient phenomenon. Amazon needed a high-budget action product, and opted for this well-known CIA analyst who had already had four previous performers: Alec Baldwin, Harrison Ford, Ben Affleck and Chris Pine. Krasinski stayed with the character throughout the television run, allowing the character to be developed in greater detail than his previous incarnations. The series was a success: 37% of Prime Video users watched the series during the first month. In 2024, Amazon MGM Studios announced the production of a film that would continue the series. The last time we saw Ryan star in a feature film was in ‘Jack Ryan: Enter Shadow’ in 2014, with Chris Pine. Here, Krasinski is joined by Sienna Miller as an MI6 agent. The plot follows Ryan, removed from the action but dragged back when uncovers a corrupt black ops unit known as Project Starling. The film arrives at a peculiar time for Prime Video. “The platform has built a very solid action ecosystem in recent years, with series like ‘Fallout’, ‘The Boys’ and, above all, ‘Reacher’, the epitome of that subgenre of thrillers and action.”for parents” to which Jack Ryan also belongs. The third season of ‘Reacher’ accumulated 54.6 million global viewers in its first two weeks. It is not surprising that Amazon has already suggested that ‘Covert War’ is not an end, but a new chapter. In Xataka | Today on Prime Video, the conclusion of the best series from the creator of ‘The Sandman’ comes with a radical surprise in its duration

How the Panama Canal is being lined thanks to the war in Iran

When an international conflict breaks out, there is always someone who manages to take advantage. As the world watches with concern the Third Gulf War, thousands of kilometers from missiles and drones, the Panama Canal has been crowned the unexpected winner of this global chaos. What began as an energy crisis in the Persian Gulf has become, for the small Central American nation, a gold mine of historic dimensions. Since the attacks triggered the virtual closure of the Strait of Hormuz – the world’s main artery for fuel transportation, through which approximately one-fifth of the world’s oil and liquefied natural gas trade transits – maritime trade has entered a phase of genuine desperation. The urgency to move goods has reached such a point that, as confirmed by Ricaurte Vásquez Moralesadministrator of the Panama Canal, a shipping company paid 4 million dollars in an auction just to skip the line and cross the interoceanic waterway as soon as possible. The mechanism of urgency After the Hormuz blockade, traffic through the Panamanian canal has experienced a general increase of close to 11%, registering peaks of up to an additional 20% on the days of greatest demand, as reported by the Panama Canal Authority itself BBC. During the first half of fiscal year 2026 – from October 2025 to March 2026 – the channel registered 6,288 transits, 224 more than in the same period of the previous year, according to data presented by the channel authority to Bank of America Merrill Lynch. In order to absorb this flow, nature has also been complicit. The deputy administrator of the channel, Ilya Espino de Marotta, explained to cnn that unusually intense rains during the dry season have kept Gatún and Alhajuela lakes at maximum levels, which has made it possible to manage between 40 and 41 daily transits compared to the usual average of 36. A notable recovery if one remembers that during the El Niño drought between 2023 and 2024, daily transits fell to 24. “The Panama Canal is open and fully operational,” assured Vásquez Morales. “Amid all the geopolitical complexities of today’s world, the Panama Canal remains open and reliable.” But the true profitability is not only in the volume, but in the price of urgency. The companies they pay a fixed rate between 300,000 and 400,000 dollars to transit with prior reservation. Those who do not have it must compete in a relentless auction system where the highest bidder takes the coveted spot. Víctor Vial, vice president of finance of the channel, detailed in the same presentation to investors that the average auction price before the crisis ranged between 135,000 and 140,000 additional dollars. After the start of the conflict, “that average increased to approximately $385,000 between March and April.” Desperation has pushed some oil companies to pay more than 3 million additional dollars to avoid waits, according to Bloomberg. The absolute record of 4 million is explained by Vásquez himself: “It was a ship that transported fuel to Europe, but they diverted it to Singapore, and it had to get there because Singapore is running out of fuel,” declared. With this extraordinary injection, Vial estimated that the growth of the channel’s income will be between 10% and 15% this year, although he warned that “we are still not doing the math or modifying our projections.” A logistical lifesaver, not a replacement The profitability of the channel is explained by the geography of the panic. More than 80% of the oil that usually transited through Hormuz was destined for the Asian continent, according to Center for Strategic and International Studies (CSIS). When that route was blocked, buyers from Japan, South Korea, India and China turned to the United States Gulf Coast. According to data from the maritime intelligence company Kpler cited by BloombergUS crude oil exports through the Panama Canal have exceeded 200,000 barrels per day, approaching their maximum since July 2022. The logic is implacable. A trip from the US Gulf Coast to Japan via the canal takes almost a month, while going around Africa around the Cape of Good Hope would take almost twice as long. “With all the bombings, missiles, drones, companies say it is safer and less expensive to cross through the Panama Canal,” explained Rodrigo Noriegalawyer and analyst in Panama City. “All of this is affecting global supply chains.” Despite the boom, experts are categorical when comparing both routes. The EIA data, updated as of March 2026illustrate it crudely: in the first half of 2025, 20.9 million barrels of oil per day transited the Strait of Hormuz, compared to the 2.3 million that crossed the Panama Canal in its entire fiscal year 2025. A ratio of almost one to nine. Furthermore, VLCC-type supertankers—capable of transporting up to two million barrels in a single trip—are simply too big for the Panamanian locks, as both France 24 and OilPrice point out. Panama is a golden shortcut, but it does not have the muscles to replace the massive flow of the Persian Gulf. Marc Gilbert, global leader of the Geopolitics Center at Boston Consulting Group, summed it up: “What is really happening is that energy from the United States is replacing the volumes that cargoes from the Gulf previously sent to Asia.” And he added that what this crisis shows is that “when a sea lane fails, the entire system must adapt.” From economic bonanza to diplomatic minefield Panama’s sudden strategic prominence has not gone unnoticed by the great powers. As reported by Al JazeeraWashington and its allies accused China at the end of April of applying “selective economic pressure”, retaining dozens of Panamanian-flagged ships in Chinese ports in retaliation for the annulment, by the Panamanian Supreme Court, of a port concession that a company linked to Hong Kong maintained over the ports of Balboa and Cristóbal. Beijing categorically denied the accusations. The spokesperson for the Chinese Ministry of Foreign Affairs, Lin Jian, described them as statements that “lack foundation and distort reality”, and in turn accused the United … Read more

It is their asset to overcome Shanghai

Singapore has a problem that many countries would envy: its port is becoming too small. The city-state, which has become a hub for global trade located in the Strait of Malacca, already handles more than 41 million containers a year and is approaching the limit of its capacity. His government has chosen to build a port from scratch instead of expanding the one they already have. And since Singapore is a land of eccentricities, they want to do it in a big way: with a fully automated megaportdestined to be the largest of its category in the world. Puerto Tuas It has been under construction for a few years now. and below these lines we tell you what is special about it. Behind China. Singapore has been the world’s second largest port by cargo volume for decades, just behind Shanghai. The city’s port reached a record of 41.12 million TEUs (units equivalent to a twenty-foot container) managed in 2024, 5% more than the previous year. Shanghai, for its part, reached 50 million. The idea is that once the new port is completed, it will have an operational capacity of around 65 million TEUs annually, which would make it the largest container terminal in the world. Colossal dimensions. The port was officially opened on September 1, 2022. When completed, sometime in the 2040s, it will occupy some 1,337 hectares (the equivalent of 3,300 football fields) and will have 66 docks along 26 kilometers of coastline, capable of accommodating the world’s largest container ships. The project is being developed in four phases and is being executed by PSA International, Singapore’s public port operator. According to they counted According to Bloomberg, the project would have a total cost of about $14 billion. Automation. What sets Tuas apart from any other port infrastructure under construction is the level of automation. The idea is that operators are in charge of monitoring everything in the port, while automated vehicles (AGVs), sensors and all types of monitoring systems and autonomous technologies take care of the rest. The current fleet of AGVs exceeds 200which communicate with underground transponders using RFID technology to know their position in real time and avoid collisions. The technology that moves it. In addition to container transportation, port automation allows remotely manage your operations through the Tuas Control Center. PSA works with technology partners to develop automation solutions in cranes and AGVs, and will deploy a private 5G network to support all these systems. On top of all this, the Maritime and Port Authority of Singapore will develop a ship traffic management system with the intention of monitoring traffic in real time. through artificial intelligence and satellites. The goal is that every movement within the port, from the arrival of a ship to the departure of a truck, is controlled and optimized by algorithms. How the work progresses. Tuas Phase 1 currently has twelve operational docks, and PSA plans to add four more throughout this year. Two more will enter service in 2027, which would bring the total to eighteen docks with a capacity of up to 20 million TEUs annually. For its part, Phase 2 has already taken its first steps, with the Maritime and Port Authority of Singapore handing over to PSA the first land reclaimed from the sea, where the operator can now begin construction of the facilities. The first dock is scheduled to come into operation in 2028. On the other hand, also the transfer is being managed little by little from the current port. The deadline remains unchanged for 2027, the year in which all of Singapore’s historic terminals will have closed and migrated to Tuas. The Pasir Panjang terminal will do so later, already in the 2040s. In 2024, PSA laid the first stone of the PSA Supply Chain Huba $647.5 million logistics center designed to complement the port. Lawrence Wong, Prime Minister of Singapore pointed out at the opening ceremony that the hub will replace the old Keppel Distripark and will “be Singapore’s gateway to the world”. The problems that are saved. Have all the terminals in a single point has been key to decongesting trafficsince there is no longer a need to have trucks crossing the city center to transport cargo from one terminal to another. Furthermore, in terms of sustainability, PSA aims for Tuas achieve net zero emissions by 2050. Additionally, the port design will incorporate above-ground platforms to add an additional 240 hectares of space, and its operating level is set at 5 meters above mean sea level to accommodate rising ocean levels. Cover image | MPA Singapore In Xataka | There are so many boats plying the Strait of Gibraltar that, underwater, the whales are screaming desperately

why in moments of fatigue or anxiety we look for certain flavors and textures

Reaching the end of the work day, closing the computer and having very high anxiety levels are the ideal components for going to the kitchen almost automatically. And we are not looking for a healthy food like a salad or an apple, but the brain seems to be urgently asking for a pizza or a tub of ice cream. And it is not a question of gluttony, but it is pure and simple neurobiology. The evolution. Something we know quite well is that the human relationship with food completely transcends the mere caloric need for survival, but is one of the most important primitive tools. of emotional regulation. But it doesn’t always work in the sense of eating the more calories the better. And it is that, while the chronic stress and fatigue push us towards a carbohydrate binge, deeply negative emotions, such as extreme sadness or grief over losing someone, cause exactly the opposite: the hermetic closure of the stomach. Because? When we talk about stress eating, science is quite clear that this pattern does not seek to satisfy the “physiological hunger” that we all feel in order to survive and that appears gradually and is satisfied with almost anything. Here we talk specifically of an “emotional hunger” that appears suddenly and is satisfied with a very specific, and not at all healthy, food. The blame for this food kidnapping lies with to a large extentthe hypothalamic-pituitary-adrenal axis. This is a very important system that in a situation of acute stress, such as when a car is about to hit us, releases a large amount of adrenaline. In short, it is a system that prepares us to fight or flee, and logically suppresses appetite because in this moment of danger, the last thing the body ‘thinks about’ is digestion, but rather it ‘thinks’ about sending blood to our muscles so that they function at maximum performance. The problem It comes with the chronic stress that work, bills or studies can generate, where the body is constantly releasing cortisol. And this is fundamental, since as demonstrated the classic study According to researcher Elissa Epel, high levels of reactive cortisol alter satiety signals and send a message that warns that the body is in constant danger and needs store energy quickly in case it is necessary in the future. This is where we see that our overall system was developed at a time where food was not always availableand has not yet adapted to ‘modern life’ so as not to have these types of reactions. The carbohydrates. We’re not just looking for calories, we’re looking for neurochemical rescue. This is where the consumption of sugars and fats explosively activates the brain’s reward system, releasing a flood of dopamine which is a form of self-medication, since here food temporarily acts as a buffer from emotional discomfort. In addition, simple carbohydrates play a fundamental role in the synthesis of serotonin, the neurotransmitter associated with well-being and calm. In this way, when eating a plate of pasta or a sweet, we make it easier for tryptophan crosses into the brain and the result is a real, although ephemeral, calming effect that conditions our brain to repeat the action every time we feel very overwhelmed. The case of sadness. If stress pushes us to the refrigerator, acute pain and grief keep us away from it, since in the case of being sad it is quite common to have hardly any appetite, which is also one of the most classic symptoms of some types of depression. Something that we see as quite logical, but the reality is that we have seen that food is comforting; The obligatory question would be: why doesn’t it help with sadness? The reason. Grieving the loss of someone very dear to us establishes in the body a state of biological alarm that is different from the daily stress generated by work or studies. Deep sadness activates the sympathetic nervous system, keeping it in exhausting hypervigilance, and this is a problem. The problem is that digestion is managed by the parasympathetic system and the vagus nerve and in this state of sadness it is completely inhibited, because when the sympathetic system is activated, the parasympathetic is ‘turned off’. The most immediate consequence is that the gastric emptying slows down drasticallycausing nausea, a knotted feeling in the stomach, and a physical inability to swallow or digest solids. Priorities. In this way, the body in its maximum state of sadness prioritizes psychic survival and emotional processing of the trauma that has been experienced over routine metabolic maintenance. From here, the food simply loses its flavor, and the inability to feel pleasure blocks the release of dopamine that would normally give us an appetizing and caloric bite. A cultural question. Since the state of grief causes someone to be unable to eat properly or do everyday tasks such as cooking, all human cultures have developed eating rituals around grief and death. This translates into sharing food in these times of grief or at least making it available to anyone who needs it. But we have also seen how in some cultures food is shared after a funeral to reinforce the social fabric. Here food acts as a tangible reminder that life goes on and that the individual has not been isolated from the group. Images | Drazen Zigic in Magnific Robin Stickel In Xataka | Eating in front of a screen is not a modern mania: it is the new social ritual

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