space

Data centers for AI are an energy hole. Jeff Bezos’s solution: Build them in space

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In the next two decades we will see data centers at Gigavatio scale orbiting the Earth. Or at least that is the prediction that has launched The founder of Amazon and Blue Origin, Jeff Bezos. He said it during his speech at the Italian Tech Week in Turin, where he was able to establish conversation with John Elkann, president of Ferrari and Stellantis. Bezos’s proposal. Space data centers would take advantage of solar energy 24 hours a day, cloudless, rain or night cycles that interrupt the supply. According to Bezosthese “giant training clusters” of artificial intelligence would be more efficient and, eventually, more economical than terrestrial facilities. “We can exceed the cost of land data centers in space in the coming decades,” he said. Why now talks about this. The infrastructure demand for AI is becoming a large hole for the planet. Current data centers consume massive amounts of electricity and water to cool its servers, a problem that is aggravated with each new artificial intelligence model. Given this pressure, large technology explore alternatives: from Locate them in ships o Nordic countries until sink into the ocean. And of course, if we have capacity problems on Earth, some technological ones already think about taking the letter to send them to space. The technical advantages. In space, temperatures range between -120 ° C under direct sunlight and -270 ° C in shadow, which would greatly simplify equipment cooling. Constant solar energy would eliminate dependence on land electrical networks. Bezos places this development as’Natural evolution‘of a process that has already begun with weather and communications satellites. “The next step will be the data centers and then other types of manufacturing,” he explained. The real challenges. As they point out from Tom’s hardwarebuilding a spatial data center of a Gigavatio would require solar panels that would cover between 2.4 and 3.3 million square meters, with an estimated weight of 9,000 to 11,250 metric tons only in photovoltaic material. Transporting all that equipment to space would cost between $ 13,700 and 25,000 million with current technology, needing more than 150 launches. To this is added the difficulty of maintenance, updates and the inherent risk of space releases. Parallelism with AI. Bezos compared The current moment of artificial intelligence With the bubble Puntocom of the early 2000s. “We should be extremely optimistic about the social and beneficial consequences of AI,” he said, although he warned of the possibility of speculative bubbles. His message: Do not confuse possible excesses of the market with the reality of technological advances, whose benefits consider that “they will spread widely and reach everywhere.” When It will be done reality?. Bezos places the temporary horizon “in more than 10 years, but no more than 20”. Today, the project is commercially unfeasible, but its vision starts from the premise that the launch costs will continue to go down and the technology will mature. It remains to be seen, after two decades, part of our digital infrastructure is in orbit, beyond the existing one. In Xataka | Nvidia has control of the most powerful chips of AI: OpenAi, Broadcom and TSMC want to end their XPUS

NASA has managed to grow lettuce in space. What he has discovered later was not part of the plan

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In the International Space Station they are cultivating lettuce that seem as green as those of any land greenhouse. Astronauts water them with recycled water, illuminate them with pink LED lights and collect them carefully, as if they were the first daily gesture of an interplanetary humanity. It is the perfect image of a self -sufficient future: life making its way in a vacuum. However, the data is telling another story. A discouraging finding. A study Posted in Nature – Based in NASA’s open scientific repository – he has detected that space crops are losing nutrients while the human body, in microgravity, becomes more fragile. The analysis shows that the lettuce cultivated in the International Space Station and in the China Tiangong II ship contains between 29 % and 31 % less calcium and about 25 % less magnesium than its land equivalent. Iron appears in variable quantities and potassium, sometimes, shoots. At first glance, plants seem healthy, but their nutritional value bites. “A space salad can be perfect in the photos, but does not strengthens the bones,” The authors warn. And, in microgravity, the human body already loses bone mass rapidly; A diet with less calcium only accelerates the problem, while the lack of iron aggravates anemia and fatigue. What is behind. Microgravity alters more than satellite trajectories: it modifies the way in which plants absorb nutrients, distribute water and handle oxidative stress. Antioxidants such as phenolic and carotenoids decrease, leaving plants – already who consume them – with less defense against radiation. The study detected That species cultivated in orbit produce less protective molecules and more compounds associated with stress, as if plants were in survival mode. That chemical imbalance not only affects the taste, but also its ability to nourish. A cocktail of deficiencies. But not only plants change, astronauts too. According to NASA Twins Study data and Jaxa experiments, They were recorded Alterations in 163 genes linked to calcium metabolism, responsible for bone formation and immune regulation. Some of these genes behave anomalously in microgravity, which accelerates the loss of bone density and weakens the defenses. Human sampling analysis also show signs of permeable intestine syndrome or Leaky Gut: The intestinal wall, normally hermetic, becomes porous. Inflammatory molecules are filtered, the nutrients are absorbed worse and the immune system enters into tension. In that context, a diet devoid of iron and antioxidants can multiply exhaustion, cramps and radiation vulnerability. A dangerous combination when each bite counts. The space database. The work combines decades of astronaut records with the results of agricultural experiments in orbit. From the repositories OSD and Soma From NASA, scientists compared the mineral and antioxidant profiles of spatial crops with those of the earth and crossed them with human biomarkers. The objective was not only to analyze vegetables, but to understand how cultivated food interacts with a body that changes in microgravity. As explained on the Earth pageThe project is part of NASA’s analysis work groups, which gather researchers and volunteers from all over the world to study nutrition, biology and space health using open data. Looking for solutions. Even so, the panorama is not entirely discouraging. Scientists are applying bioengineering and biofortification to increase calcium, magnesium and iron content in plants. They also test crops rich in flavonoids such as quercetin – present in onion, broccoli and red lettuce – which protects cells and strengthens bones. According to Earthspecies such as soybeans, garlic or parsley already show natural advantages and could replace lettuce as the basis of the space diet. Besides, As we explain in Xatakaa team managed to ferment miso at the International Space Station, demonstrating that microbial processes can prosper in orbit. Fermentation not only improves flavor: it strengthens the intestinal microbiota and could help repair the intestinal barrier damaged by microgravity. And on earth, agencies continue to innovate. The Italian Space Agency It is developing A superannan and more nutritious rice, adapted to lunar soils and small spaces. It is the same philosophy proposed by the study: genetically designed crops to survive and feed better. Beyond plants, researchers also look towards alternative protein sources, Like the cricketscapable of closing ecological cycles in closed systems and providing essential nutrients with a minimum expenditure of resources. Mars’s challenge. The research is set on the missions to Mars, where each lost nutrient account. The full trip could last three years without refueling, and each food will depend on what is grown on board. If these plants lack calcium or antioxidants, crew health could deteriorate long before landing on the red planet. “Improve orbit nutrition today feels the foundations to survive on Mars tomorrow,” The authors of the study conclude. Space agriculture is not an aesthetic experiment: it is a matter of survival. Beyond the menu. Cultivating food in space is possible, but it is not yet enough. Plants lose nutrients, the human body changes and solutions advance more slowly than missions. What this study makes it clear is that space agriculture is no longer just about filling stomachs: it is part of the health system of the future. Biofortification, fermentation, microbiota and personalized nutrition will be as important as rockets or space costumes. Survival outside the earth will depend on both engineering and biology. Perhaps that is the deepest lesson in this finding: that human life – and that of the plants that support it – remains anchored to terrestrial gravity. Each outbreak cultivated in space reminds us where we come from and what we still do not carry with us: the earth itself. Image | Freepik Xataka | If the question is “what we will eat on the moon” the answer is “risotto”. At least if the Italians leave with their

Chinese astronauts have spent six hours reinforcing tiangong against an increasingly dangerous enemy: space garbage

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The night in orbit just leaves truce. In low orbit, the Tiangong Space Station It becomes the scene of a constant activity that requires millimeter precision. In the last extravehicular exitChinese astronauts had to face a challenge that does not come from technical failures or scientific experiments, but from a silent enemy that multiplies the risks of each mission: the Space garbage which accumulates in the low terrestrial orbit and threatens to hit the structure of the complex. The schedule of China’s manned flight agency places the start of extravehicular activity on September 25 at 19:45 (Beijing time), with Wang Jie as the first astronaut to leave the Wentian module. It was followed shortly after Chen Zhongrui, in charge of attending the installation of the equipment. Chen Dong, from inside Tiangong, managed communications with the control center and supported his teammates throughout the maneuver. The walk concluded at dawn, at 1:35 of September 26, when the two crew closed the hatch after completing the planned agenda. The maneuver was carried out with support from the robotic arm of the station and the team on land. Sludes against fragments: Tiangong’s strategy to resist in space During the walk, the main objective was to install a protection device against Orbital fragmentsdesigned to reinforce the most exposed areas of the station. The operation also included the review of the state of external equipment and structures, with special attention to the systems that suffer greater wear due to continuous exposure to the spatial environment. According to those responsible for the programthis combination of installation and maintenance seeks to ensure that Tiangong maintains its operational capacity in the middle of an increasingly saturated environment of remains. The increase in spatial garbage in the low orbit is one of the factors that most worries agencies in recent years. Each launch adds fragments that, although small, reach speeds that multiply their damage. For China, reinforcing Tiangong does not respond to a specific incident, but to the need to get ahead of an increasingly complex scenario. China is not the only one that has had to reinforce its station in the face of the threat of orbital fragments. The International Space Station Specific armor systems for years have beenknown as anti-mmod shields, which protect their habitable modules from impacts from Micrometeoritos and space garbage. The difference is in the context: it is an infrastructure with more than two decades of service, which has needed to adapt continuously to an increasingly congested environment. In the ISS, this philosophy materializes in shields in Whipple and Stupfed Whipple layers, with several hundred shields distributed in critical areas. The comparison between Tiangong and the International Space Station helps to understand the scope of its protection systems. The Chinese station completed its construction in 2022 with a T configuration formed by the Tianhe, Wentian and Mengtian modules. The ISS, on the other hand, began to assemble in 1998 and ended its main segment in 2011, with a much broader and more complex structure. This difference in dimensions and seniority explains why its shields follow different logics: ISS combines protections included from its design with reinforcements added over the years, while Tiangong integrates solutions designed from the beginning for a more congested environment. The closure of this extravehicular activity does not imply a break, but the beginning of a new stage for the Shenzhou-20 mission. The three astronauts They will continue with numerous scientific experiments and technological tests, in addition to participating in on -board celebrations linked to the Chinese calendar. The installation of additional shields has a clear objective: to hold over time the crew safety and the integrity of Tiangong, which aspires to consolidate as a stable basis for space research in the midst of a more demanding orbital environment. Images | Xinhua In Xataka | 24 years ago, the earth was symmetrical. Now the northern hemisphere is “unequivocally” darker than the southern hemisphere

The European space agency wants its own mini-starship. And just given 40 million to an air to design it

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If Elon Musk is right, the rockets that have not been designed to be totally reusable They will stop making sense Once Starship manages to land and reuse his second stage. Not to fall into the sack of irrelevancethe European Space Agency has just signed a contract with the Italian company Avio to develop its own mini-nave starship. The contract. Avio, already manufactures the European rockets Vegawill receive 40 million euros from ESA to design a reusable rocket stage. The contract lasts for 24 months. During this time, the Italian company will be responsible for defining the requirements, system design and technologies necessary to create a higher stage capable of returning to Earth safely and, something no less important, reused in recurring missions. The agreement closed on Monday During the International Astronautics Congress of Sydney marks a new milestone in the transition of European rockets towards total reuse. A strategy that, following the path marked by Spacex, seeks to reduce costs and increase the frequency of space releases. A clear inspiration. Although the technical details are still scarce, the conceptual image that accompanies the announcement is … revealing. Shows a two -stage rocket whose upper part undeniably remembers the Spacex Starshipalthough on a much smaller scale. The Avio rocket would be 36.5 meters high, compared to 123 meters of Elon Musk’s Martian system. As for the engine type, analyst Andrew Parsonson writes in European Spaceflight that Avio could take advantage of his experience in liquid methane and oxygen systems, reusing technology from his MR10 engines, currently in development for the future Covete Vega E. And the first stage? According to ESA, the Abarca project Both the flight segment and the groundbut not for that reason the first integrated versions of the rocket will be totally reusable. In the sketch, the European mini-starship seems to be stacked on a solid fuel propeller P120C, which uses the Vega C. rocket In a two -stage rocket, the first spear to the second to space, and the second displays the satellites in the desired orbit before exorbiting. The European race to manufacture a rocket with a first reusable stage is already underway, and PLD Space is located Among the candidates to get it. But developing a superior stage also reusable is a more ambitious and complex objective. The question is how much advantage Europe will have trimmed with this first investment. Images | Avio, that In Xataka | Europe’s access depends on the United States. ESA has presented a strategic plan to become independent

Russia sent 75 mice to space in a Soviet design capsule. All have returned except 10

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A few days ago landed in the Russian steppe A capsule falls from the sky reminiscent of the dawn of the space race. It was the descent module of the Bion-M mission No. 2, launched a month before the space from the Baikonur cosmodrome. Its crew: cell cultures, seeds, 1,500 fruit flies and 75 male mice, of which 65 have survived. 30 days of polar orbit. The ship orbit the Earth from Pole to Polo to expose its passengers to the levels of cosmic radiation that the crew of the future Russian Space Station will receive. That is, 33% higher than those experienced by the International Space Station. The mice They were divided into groups: Some genetically modified, other treaties with a special medicine and a control group. The objective was to quantify the damage of radiation in its body and test countermeasures such as drugs or shields that could have direct applications both in the Earth’s orbit and in future trips to the Moon and Mars. The new Russian cosmonauts. They will not go down in history like the Laika dog, but the mice have played their role. The mission has been a success and the 10 specimens that died did so for reasons that the director of the Russian biomedical problems, Oleg Orlov, attributes that they were male miceaggressive and with “complex intragrupal conflicts.” Is it a success that 10 mice died? If we compare it with the previous mission, it is. In the first Bion-M, which took place in 2013, a failure in the life support systems caused the death of 29 of the 45 mice on board. That now 87% of animals have survived, and that deaths occur due to natural or behavioral causes, it is a great improvement. A capsule like Yuri Gagarin. Of course, the return of the mice has not been precisely quiet. As explained in detail Daniel Marín’s disseminator In its blog, the Bion-M spacecraft is a spherical capsule derived from the Vostok, the same that led Yuri Gagarin to space. This design does not allow maneuvers to soften the reentry, so landing is somewhat aggressive. For sample, the capsule caused a small fire in the ombourg steppe after impacting the ground. But the cause was not the impact, but the solid fuel retrocohetes located in the parachute lines. The fire was quickly controlled. And the flies? As we said, the biosatellite also transported a complete biological laboratory with fungi, lichens, seeds and about 1,500 fruit flies, part of a multigenerational experiment. According to the Russian Academy of Sciencesthe flies that traveled in the Bion-M No. 2 are the seventh generation of a line that originated in the International Space Station. During the 30 -day mission, the ninth and tenth generation were born. The plan is that, after a few more generations on Earth, their descendants are sent again to the International Space Station, continuing an insect lineage that has never known normal terrestrial gravity. Now, scientists have months of work analyzing recovered biological data and samples. The 65 surviving mice and their interplanetary travel companions are a valuable source of information that will help make the next space trips safer. Image | ROSCOSMOS In Xataka | The ruins of the Soviet space program in Kazakhstan: a hangar surrounded by death and fascination

This is the first treprel-c of PLD Space

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The heart of the Spanish rocket Miura 5 has taken shape. PLD Space presented on Monday The first fully integrated unit of the Treprel-C motor. It is not a minor achievement: with 190 km By a private company in Europe. And it is on its way to its first lit. Heat, you go out. PLD Space has not stopped this summer. Nor in its facilities in Teruel airport, where a few days ago, a tank of the future Miura 5 loaded with liquid oxygen He exceeded successfully A breakage test at cryogenic temperature. Nor in its headquarters and factory of Elche, where the first fully integrated Treprel-C engine has just left. This first model, aimed at qualification tests, contains the largest turbobombes developed by a European startup and represents a giant technological leap to the miura tapTell-B engine. After the engineering phase, integration and tests “hardware-in-the-loop, the propeller will be submitted in Teruel to a complete cycle and a series of ignition tests to ensure that you are ready to fly. This is the Treprel-C. Acronym for “Spanish technology for reusable spatial propulsion for pitchers”, the Treprel-C engine uses an open cycle fed by a gas generator with a single monoaex turbobomb pump. According to the PLD Space CEO, Raúl Torresthe engine burns approximately 80 kg of RP-1 kerosene and liquid oxygen per second. The first stage of Miura rocket 5 It will be driven by five treprel-C, which have a height of 2 meters and a 62 centimeter nozzle diameter. In total, they will make 950 kN of thrust. PLD Space also works on climbing the production of its factory to achieve a manufacturing rate of an engine every two weeks before the end of the year. The most advanced in its class. With its 190 kN, the Treprel-C is the most powerful private engine of its type between manufacturers of European microlanzers. An infographic of Daniel Marín Put the figures in perspective: Helix (RFA): The German Rocket Factory Augsburg Develop the Helix engine, which will propel the RFA One rocket. Nine of these engines, which use a stages combustion cycle, will generate a 100 kN thrust. Aquila (Isar Aerospace): also from Germany, Isar Aerospace Bet on the Aquila engine for its Spectrum rocket. With a gas generator cycle, each of its nine engines provides 75 kN of thrust, using propane and liquid oxygen as propellents. SkyForce (Skyorora): in the United Kingdom, Skyorora He works at the SkyForce engine for his Skyorra XL pitcher. This engine, which burns hydrogen and peroxide, reaches 70 kn of thrust. Prime (Orbex): The British also Orbex He has developed the Prime engine for his homonymous rocket. It is the smallest of the comparison, with a thrust of only 30 kN Spain wants to take off. With these data, the PLD Space Treprel-C not only folds the second engine on the list, but consolidates the position of the Spanish company at the forefront of the development of pitchers in Europe, as demonstrated by a recent contract of ESA For PLD to develop a guide, navigation and control system (CNG), While it is the most important, Elche is only one of the Spanish New Space axes. In Barcelona, ​​the PANgea Propulsion company (Before Pangaa Aerospace) Develop a different concept with its Aerospike Arcos engine. This technological demonstrator, designed modularly for higher stages, promises a push of 750 kN. Images | PLD Space In Xataka | PLD Space has a detailed plan to become the European rocket factory. And the pieces have started fitting

China has built a space empire in 30 years after being expelled from ISS. Your revenge is about to complete

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If the space race of the last century was decided on the moon, that of this century could be a few years after its final act. The space is again the great theater where the two greatest economies in the world demonstrate their technological muscle, and China He has been preparing a master function to close your arc of redemption. A little paint in the face. This story has a clear origin: 1994. That year, China requested to join the International Space Station program with the other partners, But the United States vetoed its entrancearguing that the Asian country was not trustworthy. China developed its own manned space program, but in 2011, the United States Wolf amendment was a second blow, prohibiting NASA from any type of cooperation with Chinese counterparts. In parallel, China suffered the consequences of a world increasingly dependent on navigation satellites. In 1993 he had a first affront when the United States deliberately turned off GPS satellites on the Chinese ship Yinhe, leaving it drifting for 33 days. In 1996, a new blackout made the GPS guidance of a Chinese missile fail. In 2003, China invested 230 million euros to join the Galilean satellite navigation system of the European Union, but also ended up being expelled from this project. Of isolated to self -sufficient. Instead, China started a long -term plan to build, piece by piece, everything they had denied. In 1999 he launched the Shenzhou ship 1. In 2003, it became the third country, after the Soviet Union and the United States, to independently send a man to space: Yang Liwei aboard the Shenzhou 5. In 2007, China undertaked at the same time its lunar career and its own navigation network. The Chang’e 1 probe began to orbit the moon, and the Beidou-1 satellite meant the first stone of an alternative system to the American GPS. Similarly, in 2011 he launched Tiangong-1, the embryo of what would be his future space station. In 2022 he was no longer interested in ISS: China put the Tiangong Space Stationthat since then It is permanently inhabited. Even in areas such as planetary defense, China is replicating and improving Western missions. After the success of NASA’s dart mission, will launch its own mission to divert an asteroidwith a key improvement: a second ship that will observe the impact in real time and measure the live result. The first milestones. China’s space exploits have been growing in complexity. In 2020, the Chang’e 5 probe brought samples of the visible face of the moon for the first time in 44 years, and of a geologically younger area than the samples of the Apollo missions, so that They also interested NASAdespite the law that prevents them from collaborating. It was not until 2024, with the Chang’e-6 mission, which China achieved an impressive unpublished feat: bring to Earth The first samples of the hidden face of the moona tremendous effect in the new space race that now seeks to repeat on Mars, going for the first soil samples of the red planet. While NASA’s Mars Sample Return mission is in a limbo, China plans to launch its Tianwen-3 probe in 2028 and bring samples of Mars in 2031, foreseeably advanceing NASA. He could do it alone, but in a brilliant geopolitical movement, he has invited agencies around the world to join with their own instruments, which leaves the United States in an awkward position. Sorpasso in sight. Beyond the robotic missions, the most important milestones at stake are the missions manned to the moon. While the NASA Artemis program accumulates numerous delays and cost overruns, China advances firmly towards its objectives of stepping on the moon and establishing a lunar base. NASA has already arrived six times to the surface of the moon between 1969 and 1972, but the new lunar race does not go to put a flag, but to control resources. The one who arrives first and establishes a base in the South Lunar Pole It will have a key advantage to select areas with ice water and establish the communication protocols of the cislunar space. Nervousness in Washington. The United States reaction to China’s spatial advances show that the Sorpasso It is possible. The Wolf amendment has fallen short, and now NASA has hardened its position, prohibiting Chinese citizens Access to all its facilities, programs and even zoom meetings. The agency alleges reasons for “cybersecurity.” At the same time, NASA’s acting administrator, Sean Duffy, has adopted A belligerent rhetoric against China: “We are in a second space race. We will win the Chinese on the moon.” You can intuit the fear of a defeat, and one of the strategic movements of the United States to avoid it will be to install a nuclear reactor on the moon before China does, to be able to declare an “exclusion zone”, de facto controlling the most valuable areas. In 30 years, China has gone from being a spatial outcome to an undisputed leader who marks the rhythm in the exploration of the 21st century. The veto that had to stop her became the fuel of her ambition. His space empire is no longer a promise; It is a reality that orbits our heads and perches on other worlds. Revenge, patient and meticulous, is already served. Image | Xinhua In Xataka | While NASA faces the cancellation of 41 missions, China is making authentic virguerías in space

Space station astronauts have made sushi. In Japan they would open a war advice, but it is fantastic

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Sushi and ramen are to Japan what the potato tortilla –With onion– Or Paella to Spain: a sign of cultural identity. They have more complex origins than we think: while ramen derives from Chinese cuisine, Sushi was born as a conservation technique before transforming into a gastronomic icon. To such an extent that to International Space Station Astronauts He has given them to prepare Sushi with what they had at their disposal. It has come out regular, but at the same time it is fantastic. Space food It is not a secret that space food You must have very specific characteristics. It is mostly lyophilized And it is thermosellated. Before consumption, the one that is not ready to consume, must be rehydrated and any food and ingredient that enters the season You must meet a series of both security and cleaning requirements. Conservation is also very important for obvious reasons And, although we can think that it is not good, The problem is usually astronauts. When cooking (among many quotes that cook), an ingredient as important as the food and condiments of the station is the double -sided tape. In numerous videos We have seen how ingredient boats such as honey or simple scissors are glued with that tape to the station surfaces. Sushi at the space station. Occasionally, one of the US members decides to surprise his companions cooking something out of the menuand Jonny Kim’s attempt has been one of the last examples. NASA American and Astronaut, hung A few weeks ago a photo in which a tray could be seen with an attempt at Sushi. To do this, they used precooked rice, fish, spam (A canned meat mark) and a touch of GOCHUJANG (A spicy paste based on rice and chili) and Wasabi. The humidity kept the ingredients glued, but for the tray and the rest of the elements, they used the aforementioned tape. Nostalgia. It is not the most appetizing sushi in the universe and, surely, Japan would have some questions for the architects of this culinary crime, but there is a great “but”: as on earth, this space sushi served for one thing: unite the members of the station. Up, despite fellowship, loneliness must be quite present and one of the astronauts commented that he missed the sushi. That gave them an idea: see what they had in their personal provisions to see if they could elaborate something similar. The result is obvious (rice with things on top), but the important thing is that “the result was a great meal,” as Kim points out, and served to foster that feeling of companionship and reduce, a little even if it is, that nostalgia. Nori algae. In X, someone He pointed out What would have been great to use Nori algae To wrap the sushi, but that he understood that it should be difficult to need a dehydrated version of it and that it would not be nice to have algae scales floating around. Kim replied that, in fact, they have Nori, but it is an ingredient that is part of the space orders that, with a limit, can do. And that he had run out of the ingredient. On the problem of the scales, everything is designed: “The crumbs accumulate in the air entry filters, which are aspired every week.” It is not the first time. It is a beautiful gesture, but it is not the first time that sushi is made at the station. It was not a photo, but a complete video that the Japanese astronaut Soichi Noguchi put on the chef’s hat for prepare A somewhat more “traditional” sushi with tuna, Nori and frozen scallops that had risen on board that intention. The reason for that elaboration was the same as that of this summer: surprise his teammates, take care of those ties and make the stay to thousands of kilometers of his homes is somewhat more cheerful. Also One way that missions are more bearable. In Xataka | Until the 90s nobody in Japan ate sushi with raw salmon. Until a marketing campaign changed everything

How to see any photo with the 3D space effect of iOS 26 on your iPhone using the new function of the APP photos

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Let’s explain How to use the app Photos From your iPhone to see with 3D effect The photos you want. It is one of the functions of iOS 26 with which you can use this effect with your photos On the lock screenbut the APP photos also allows you to use it with anyone at any time. Here, you just have to know that this function is pure amusement, to see the effect and that’s it, you can’t use it for much more. But in the end, it can also help you to see how you are with any photograph you have before using it then as a wallpaper. Use the spatial effect with any photo The first thing you have to do is Open the application Photos On your iPhone. Remember that you should have updated iOS 26, and the condition is that the photo where you want to apply the effect must have some type of protagonist, such as a person, pet or object. Choose a photo and enter it. Once you are inside the photo, you have to click on the hexagon icon that will appear above right. To see it you must have the interface, that is, if you only see the photo click on the screen so that the other elements come out. When you press that button, you will see that for a few seconds some purple colors appear on the screen while the AI ​​analyzes the content of the photo. Then you will see that The indicator of Space sceneand that when you move the mobile screen you can see the 3D effect of the photo. In Xataka Basics | How to obtain information from what appears on your iPhone screen with Apple Intelligence and iOS 26

Spacex has bought the spectrum that Echostar failed to use: the new space race is no longer to get to space, it is to control it

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Spacex He has bought the Telecommunications spectrum of Echostar for 17,000 million dollars. Thus eliminates its main competitor in direct mobile satellite services. Why is it important. This operation Turn Spacex the great dominator of satellite mobile connectivity. It will no longer compete with land operators, but will control the entire value chain, from the rocket to the phone. Spacex has paid 8.5 billion in cash and another 8.5 billion in shares for the AWS-4 and H-Block spectrum licenses of Echostar. In addition, it will cover additional 2 billion in interest payments of the Echostar debt until November 2027. The movement eliminates the Direct-To-Cell constellation project of Echostar, which had been the main Starlink competitor in satellite mobile services. Charlie Ergen, founder of Echostar, has sold all his spectrum after decades to accumulate it without developing his own network. In Xataka Satellites are becoming some of the luminous objects in heaven. It is a serious problem In detail. Spacex will use these frequencies to Develop your next generation constellation Starlink Direct-to-Cell, which promises “a remarkable change in performance” with respect to the current one. Technology works with existing LTE phones without the need for hardware, firmware or special applications. It currently operates with more than 600 satellites offering 4G coverage to more than six million users on five continents. The backdrop. This purchase arrives just before the Apple event, where the new ones will be presented iPhone 17. There are those who speculate that Apple could reconsider their association with GlobalStar after seeing how Spacex eliminates competitors buying the entire spectrum available. Between the lines. Spacex does not move by investment return to use, but by strategic domain. As you have already done in satellite connectivity by lowering prices aggressively to stop Amazon Kuiper, now it seeks to completely control the satellite mobile market before mature. Yes, but. The new AWS-4 and H-Block frequencies are not compatible with current phones. Spacex will need manufacturers as Apple to include them in future devices. If Apple does not cooperate, Musk has already threatened to create his own “Starlink” phone. {“Videid”: “X8ywtec”, “Autoplay”: False, “Title”: “First video call with Starlink Direct To Cell”, “Tag”: “”, “Duration”: “22”} And now what? This operation leaves competitors as AST Spacemobile in a specially complicated position. AST needs to raise 400 million in the next few weeks just to stay afloat, Spacex already dominates in launch speed and satellite development. The transaction also solves the FCC investigations on Echostar. With this sale and the previous one of another AT&T spectrum package for 23,000 million, Echostar seems to go to a gradual settlement of its operations. Outstanding image | Spacex In Xataka | Spacex has just published unpublished images of the “Rostized” Starship. A unique perspective of his shock after the toughest reentry (Function () {Window._js_modules = Window._js_modules || {}; var headelement = document.getelegsbytagname (‘head’) (0); if (_js_modules.instagram) {var instagramscript = Document.Createlement (‘script’); }}) (); – The news Spacex has bought the spectrum that Echostar failed to use: the new space race is no longer to get to space, it is to control it It was originally posted in Xataka by Javier Lacort .

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