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“You can’t trust your eyes to know what’s real anymore.” Instagram CEO announces that the feed is dead

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That the Internet as we knew it no longer exists is not a surprise: it has been filled with search results generated by artificial intelligence and from ‘slop‘. The consequences are already visible: clicks have been reduced by halfwhich is catastrophic for the media. But not only the text is suffering from this barrage of AI that blurs everything: already We do not know how to distinguish if an image is real or notwe have gone from document our life on social networks to the era of influencer content favored by the algorithm to videos and images that are not real, but can pass as such. There are no longer four fingers that are worth it. Instagrammers, the feed is dead. And this is also going to take its toll on social networks. Adam Mosseri, CEO of Instagram, closed 2025 with a publication in the form of a presentation of 20 images where he reflected in depth on what is coming: “the era of infinite synthetic content”, the antithesis of a more personal Instagram that has been dead for years. For Mosseri, AI has turned the carefully maintained grid with its algorithm into something of the past: “Unless you are under 25 years old and use Instagram, you probably think of the app as a feed of square photos. The aesthetics are careful: a lot of makeup, skin softening, high-contrast photography, beautiful landscapes,” Mosseri’s sentence falls like a stone on this millennial, who still uses Instagram as a kind of photo album. “That feed is dead. People largely stopped sharing personal moments on the feed years ago.” Tap to go to the post In search of something real. Mosseri explains that now its users keep their contacts up to date on their personal lives with “improvised photos of unflattering shoes and poses” shared via DM. And this also affects content creators: the omnipresence of images made by AI is going to bring a change: goodbye to those pro-looking photographs in favor of a more real and improvised aesthetic: “Flattering images are cheap to produce and boring to consume. People want content that feels real.” In fact, the CEO of Instagram points to manufacturers, applicable to cameras and mobile phones, who he says are making a mistake by democratizing the ability to “look like a professional photographer from 2015.” Because RAW images with defects are still a sign of reality until AI is able to copy them. But what is real? The time has come to unlearn to believe what our eyes see, something we have been doing all our lives. Javier Lacort explained that our entire epistemology (ranging from court testimony to photo albums) is based on the fact that seeing is a way of knowing. If you see a tiger, there is a tiger. If you see a photo of a tiger, someone has been close to one. This no longer applies: the era of uncover organized fake news has made way for anyone with Nano Banana Pro can get such an absurdly realistic image with a basic prompt in just a few seconds. Now creating a deepfake is trivial. Adam Mosseri think equal. “For most of my life I was able to safely assume that photographs or videos were largely faithful captures of moments that actually happened. That’s clearly no longer the case, and it’s going to take years to adjust. We’re going to go from defaulting to assuming that what we see is real to starting from skepticism. To paying attention to who’s sharing something and why. This will be uncomfortable: we’re genetically predisposed to believe our eyes.” If you can’t beat them… The paradigm shift has already occurred, so now Instagram and other platforms have to adapt to this new reality: “we have to build the best creative tools. Label AI-generated content and verify authentic content. Show credibility signals about who is posting. Continue to improve the ranking of originality.” It is the apocalypse of what is a photo that we have been predicting for years. Focusing on Instagram, Mosseri talks about how “we like to complain about ‘AI junk content,’ but there is a lot of amazing content created with AI.” He doesn’t give concrete examples or talk about Meta tools to make this possible, but Meta has already added AI tools on Instagram and Facebook. Without going any further, his AI Studio allows you to create personalized chatbots to deal with your followers. New times, new identification measures. It is increasingly difficult to identify content in AI, so it proposes fingerprints and cryptographic signatures in cameras to identify real content, forgetting about labels or watermarks. In any case, it advocates greater transparency about who publishes on the platform and improve creativity so that its human users can compete with content made in AI. In Xataka | The future of the Internet is to be flooded with AI. And there are those who have already seen a business niche: content made by humans In Xataka | There is a generation working for free as a documentarian of their own life: they are not influencers but they act as if they were.

feed solar and wind energy the darkest and colder place in the world

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In a place where the nights last six months, wind gusts can reach 300 km/hy them the temperatures collapse below the −40 ° C, the idea of using solar and wind energy sounds like a joke. For a few months, however, China is feeding its Antarctica base with renewable energy. How the hell have they done it? Short. Five years ago, electrical engineer Sun Hongbin, today president of the Technological University of Taiyuan, received what seemed an impossible mission: to build a renewable energy system capable of supporting the most extreme conditions of the earth. As he has told Scientific AmericanThe objective was to align the new Qinling Antarctic Station with the green commitments of the Chinese government. The result cost 14 million dollars, was officially inaugurated in early 2025 and is a technological feat that now other countries with Antarctica bases want to imitate. Diesel logistics nightmare. Antarctica stations work almost exclusively with diesel generators, but this dependency has a very high cost. Not only because diesel is expensive, but because transporting it is a logistics nightmare that requires mobilizing breakwinds and military personnel for each replenishment trip, which is usually annual. In addition, environmental risk is huge. The spills are frequent and, in such a fragile ecosystem, where the low temperatures slow down the decomposition, any discharge is a catastrophe. Not to mention the emissions of the combustion itself. The renewables did not endure. The problem of conventional renewable systems is that they do not work in Antarctica. The extreme cold causes the blades of the wind turbines to become brittle, the performance of the solar panels plummeted and the lithium batteries stop working. And that without counting the polar night: six months without seeing the sunlight. Provided to overcome these obstacles, Sun Hongbin did not walk with little ones. His team raised A 2,000 square meters laboratory At the Technological University of Taiyuan that, basically, it was a piece of Antarctica in China. To put to the limit each component, they simulated freezing temperatures, winds of more than 200 km/hyams artificial. How the hell did it. After four years of tests, the team found a robust system that combines wind energy, solar energy, batteries and, the key of everything, hydrogen. The wind turbines have a vertical design reminiscent of an egg blender, which reduces the structural tension and lowers the center of gravity so that the wind does not take them. The solar panels are mounted on a special frame made of reinforced plastic with carbon fiber. This material has a lower thermal conductivity than aluminum, so it does not deform so easily with sudden temperature changes. As for the batteries, instead of the typical lithium ions, they used lithium-ditana. Its internal chemistry facilitates the movement of ions at temperatures below zero. In addition, they put them in a thermal housing that takes advantage of their own residual heat to stay at an optimal temperature. The cake widge. During the polar summer, when there is a sun and spare wind, energy is used to feed an electrolyzer that separates water into oxygen and hydrogen. Hydrogen is stored in high pressure tanks. When winter arrives and the other sources falter, hydrogen is recombine with oxygen in a fuel pile to generate electricity. The only residue? Water and heat, which are recycled to heat the system itself. According to those responsible for the project, the base can work for about 48 hours only with the energy stored in the form of hydrogen. The way to follow. The integrated wind, sun, hydrogen and batteries system has a total capacity of about 230 kW, which It is 60% of the capacity Total Qinling generation. The remaining 40% continues to depend on diesel as support, but the savings is gigantic, so it has received praise from the international scientific community. This is the “first large -scale clean energy system in the world capable of working all year in a polar environment.” And there are already other countries investigating how to adopt it while China maintains its goal of reaching 100% renewable energy. Image | CCTV

Google has signed the largest hydroelectric agreement in history. You no longer know where to get more energy to feed your AI

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Google closed on July 15 A historical agreement With Brookfield Asset Management worth $ 3,000 million to access hydroelectric energy for 20 years. This is the largest corporate cleaning of the world in this modality, which will allow technology to access up to 3 gigawatts of hydroelectric power in the United States. The magnitude of the problem. Artificial intelligence has triggered the energy consumption of large technology to levels never seen. According to The International Energy Agencyfor 2030 the United States will consume more energy by processing data than by manufacturing aluminum, steel, cement and chemicals together. There are studies that indicate that data centers could consume 945 theravats of electricity time globally that same year. Although of course, the same agency also concluded that the energy consumption of AI It is overestimated. What includes the agreement. The initial contract covers two hydroelectric facilities in Pennsylvania: Holtwood and Safe Harbor, which Brookfield acquired between 2014 and 2015. These plants will initially provide 670 megawatts of power, but Google will have the option of expanding the agreement to the 3 gigawatts through future updates of the facilities. At the same time, the company will invest 25,000 million dollars in data centers in Pennsylvania and neighboring states over the next two years. Why now hydroelectric energy. While previously technological ones focused on wind and lots, now They look for “firm” renewable energy sourcesthat is, they provide constant supply regardless of the weather or time. Hydroelectric energy fits perfectly in this category. Besides, Trump’s recent legislation He has maintained fiscal credits for hydroelectric projects until 2036, while those of wind and plot will lose these incentives unless they are launched before the end of 2027. The energy career. Google is not alone in this desperate search for clean energy. Meta signed an agreement for Buy the production of a nuclear plant In Illinois for two decades. Microsoft, Amazon and other technological giants also They are closing similar contracts. The pressure is such that these direct agreements have become a way that technology funds to new generation capacity, thus relieving pressures on electricity prices at home. What comes after. Google Plan Expand this model beyond Pennsylvania towards the Middle Atlantic and the US western environment. The company has already signed other pioneer agreements during the last year, including Geothermal energy No carbon and advanced nuclear. He is also working with the country’s largest electricity operator to use AI and accelerate the process of connecting new energy sources to the network. The arrival of AI in our lives has overcome any energy forecastand now it is the great technological ones that have to guarantee a constant supply of their AI at any price if they want the business to be profitable. Cover image | Greg Bulla and Nuclear forum In Xataka | The AI has folded the price of an ultrarrao metal. The problem is that we need it to store renewable energy

an ‘electrostate’ that continues to feed on coal

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To understand China, it is essential to enter their philosophical roots. A constant that has marked its history is the art of thinking in the long term, of planning with decades in advance. An ideology that is deeply linked to confucionism, which prioritizes collective duty, social stability and sacrifice present for a stronger future. However, it should be noted that Confucio did not explicitly speak of political or economic strategy in the current terms, but its emphasis on meticulous planning can be glimpsed in the country’s current energy policy. An “electrostate.” He 10% of Chinese GDP It is in clean energy, since technologies, such as electric vehicles, batteries, wind turbines and solar panels are growing at a dizzying pace. According to the Financial Timesthe objective is not simply to modernize its energy infrastructure; It is to create an “electrostate.” In other words, that its economy works almost exclusively with electricity generated from low carbon sources. All according to the plan. The transition to an electricity -based energy model is not accidental. It is the result of a combination of state planning, mass investments and technological innovation. It all started more than 10 years two years after Xi Jinping assumed power, when he ordered the Chinese energy system to “revolutionize”. Thus they began with the strategic investments that are expected that within five years another 800,000 million dollars will be added to consolidate the electrical infrastructure, intended for ultraalta tension lines that the country already has 40 transporting solar and wind energy. The expansion of renewables. Planning also had The expansion in renewableswhere the country leads the transition solar and wind With megaprojects. Next to it and at the same vertiginous rhythm, China has taken into account That the greater the renewable capacity, the greater the need for storage systems. The batteries have become a key piece to stabilize the electricity grid and manage the intermission of solar and wind energy, but there is still a long way to achieve the 500GW of storage necessary to completely support its renewable network. Also, like They have detailed In Financial Times, the two largest Chinese companies in the country, Catl and Byd, have allocated 5% of their income to research and development, which has allowed to drastically reduce storage costs. An elephant in a room. Despite all this change, China continues to aggressively invest in fossil fuels. In fact, Keep building new coal plants and represent 80% of construction plants worldwide. This paradox has raised international criticism, especially for the risk of increasing global emissions while the country is presented as a leader in clean energy. From The commercial war with the United Statesthe vulnerabilities of global supply chains have been exposed, which has led To China to reveal their plans on the control of their own coal and oil reserves as of key energy infrastructure. However, he has not stopped his projects outside because He wants to reinforce Its geopolitical influence while minimizing internal risks. The dual strategy. China continues to invest in renewable energy for long -term electrification, while maintaining control of fossil fuels to avoid short -term interruptions. This duality has generated international criticisms that accuse Beijin of flooding the market with subsidized clean technologies and breaking their climatic commitments, as He has collected The Financial Times. A planned future. While the rest of the world debate how to reduce emissions and ensure energy supply, China has chosen not to choose a single path. Instead, he has opted for both. And if we look at its philosophical roots, Taoism summarizes it well: opposites not only coexist, but also need. Renewable and fossils. Yin and Yang. On the energy board, China is playing with both cards at the same time. Image | Kenueone and Palacio do Planalto, CC BY-SA 4.0 Xataka | China is immersed in a nuclear revolution and needs industrial amounts of Uranium. His solution: “fish” in the sea

Tesla’s megabers feed the AI ​​that will define their next cars

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Elon Musk’s ecosystem begins to exhibit an integration where each company enhances the rest, creating a virtuous circle that triggers several industries at the same time. Tesla’s megabaterías Now feed The superordination Colossus XAI in Memphis, with 150 megawatts. Initially it worked with gas turbines (With much controversy and without permits), But the use of megapacks points to a transition to a more sustainable model. It is more than a synergy: Tesla provides sustainable energy that allows Xai to develop AI … which will then be integrated into Tesla vehicles. The circle closes. In figures. Financial and technical connections between Musk companies make it clear that this is not a coincidence but strategy, with investments that unite the destinations of these companies. XAI invested 230 million dollars in Tesla Megapacks between January 2024 and February 2025. Colossus has 200,000 gpus NVIDIA H100with plans to reach a million. Completed phase two at the end of 2025, the system will consume 300 MW, sufficient for 300,000 homes. Turning point. The Energy Division of Tesla has gone from being a secondary business to a key piece in Musk’s strategy to master several industries. Tesla Energy declared an interannual 156% increase in the first quarter of 2025, displaying 10.4 GWh of storage. Just at the time the need to have energy support for critical infrastructure, such as data centers for AI grows. Between the lines. There were critical voices that They questioned the use of gas turbines in Colossusbut the progressive introduction of Megapacks is a strategy oriented to energy self -sufficiency and a lower dependence on fossil fuels. The Tesla-XAI connection allows Musk to reduce external units and save a lot of money in certain components. As with The dojo chips and the 4680 batteriesthe goal is to control the entire supply chain. This integration gives technological independence, but it is also a competitive advantage over rivals that depend on external suppliers. And now what. The next logical step is to integrate the capabilities of Xai directly into Tesla products, closing the circle definitely. And the Dojo chips could face mass production at the end of the year to reduce NVIDIA dependence. The predictable result: smarter tesla cars, developed with the same AI systems that feed on Tesla batteries. Possibly that scenario would be the greatest vertical technological integration seen so far. In Xataka | Some researchers have disassembled the batteries of Tesla and Byd. You know which one yields better and is much cheaper Outstanding image | Tesla

For centuries, olive leaves were used to feed cattle. Now some grenadines want our nutrition to revolutionize

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How much is an olive leaf? Here is a question that probably has not done many people in the world and the truth is that it has not been asked for a good reason: because it is almost nothing. In fact, historically no more than as food complement to cattle has been used. Changing that it is gerund. Everything else is A field paid to pseudoscience. That is precisely what you want to change The people of the Biorevaleaf operational groupa group of researchers from Granada obsessed in “fully revalue the olive leaf as a source of phytochemicals and nutrients with bioactive character.” That is, obsessed with the idea of ​​converting that “by -product” into an essential piece to extract functional ingredients in food and enriched oils. But is it really for something? On paper, it serves a lot: the olive leaf is rich in fiber, proteins and Other “phenolic compounds such as hydroxytitus, tyrosol, aglicone, oleaceine and oleocantal, “oleuropein.” What begins to tell us research is that allow reducing oxidative damage And, by extension, many of the diseases that arise with age. The first step would be to introduce all these bioactive components in olive oil (creating a whole new generation of enriched producer). But the second would go further and bring those compounds beyond, throughout the food chain. And how do you want to do it? That, without a doubt, is the most interesting part. It is under study, but Cidaf, the University of Granada, the Oleícola company Torres Morente and Agrifood Cooperativas de Granada They are trying of implementing fermentation processes and ecosstable extraction techniques. Spain in front of the future of the olive grove. In the early 90s, Spain and Italy They disputedhand in hand, the throne of the first world producing country of olive oil. This year, for the first time, Türkiye has surpassed the transalpine peninsula and has become the second great international producer. It is no accident. In the last 30 years and while the world produces twice as much oil that then, Italy first stagnated and then began to decline. Today, Italian olivers cannot produce even half of what the country consumes. Figures. According to the Italiaolivicola Studies Center In 2024, half of 1.1 million hectares of olive trees in the country are in the process of abandonment. 200,000 hectares are in a state of total abandonment and more than 300,000 are managed with “purely maintenance practices.” It is a slow agony that Spain tries to dodge. But it is not easy. The productive bands They put producers in a complex balance that threatens to denaturalize the entire industrial sector. It is not an exaggeration: one of the great paradoxes of Spanish olive oil is that, despite growing 15% a year, More than 500 oil mill will close In the next decade. Initiatives like this leaf or as those that are coming doing with the olive bonethey want to solve this by carrying the olive tree: today, the oil mills (and the rest of agri -food industries) are one of the few industrial structures that articulate empty Spain. If we lose them, the rest of the social framework will suffer a lot. Image | Nazar Hrabovyi | Bee Naturalles In Xataka | Spain faces its greatest agricultural challenge of the century: turn 1,901,529 hectares of olive grove before it is late

A battery to feed robots from the heat of the human body

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Of all the submundos on the Internet, my favorite is that of youtubers who dedicate months to an engineering project of doubtful profitability for the simple fact of trying. The Matrix. There is a whole generation of adults that in 1999 saw ‘Matrix’ in the cinema. The Matrix, the concept of engineering from which the science fiction film of the Wachowski sisters starts, is a machine that uses humans as batteries to extract from their body the energy that feeds the robots. With the AI ​​advancing at runaway, it does not seem like a project that we want to materialize precisely now. But would it work? To verify it, someone is needed with the motivation and the determination of carrying out a project or too useful, or too profitable. Exact: You need a youtuber. Basically Homeless’s human battery. This is the name of the Nicka Zetta channel, the youtuber and inventor that concerns us. Inspired by matrix, Zetta designed a special suit that takes advantage of the heat generated by the human body to produce electricity. The premise is simple: the side of the suit that is in contact with the skin is heated when the person is active, because his body generates heat, while the other side, exposed to the cold air of the environment, remains fresh. That temperature difference can be used to produce electricity. How it works. To convert the temperature difference into electricity, it is enough to use a thermoelectric generator, a device with two conductive materials, one on the hot side and one on the cold side, which generate a potential difference (that is, an electrical voltage) to take advantage of The Seebeck effect: electrons move from the hot to cold, creating a current flow (that is, electricity). The problem is that the human body does not generate too much heat, nor does it at a specific point, so many thermoelectric generators were needed to achieve a non -despicable amount of energy. The limitations. During the suit tests, Nick managed to generate electricity peaks that soon down because the temperature difference with the outer side of the suit was matched. To avoid this problem, he devised a way of producing “heat pulses”: great temperature differences in short periods that allowed him to obtain more electricity. The body is heated when exercising, but also (not trying at home) when drinking alcohol or ingesting spicy meals with a lot of capsaicin. If at the same time the outer air is cold, the temperature difference is important. Feeding a robot with the suit. Although the invention failed to generate enough energy to load a mobile, it did produce electricity in small quantities that were enough to move a small robot on a table. Maybe it is not the matrix that science fiction fans imagined, but remember that the film’s robots could not obtain electricity from the sun with photovoltaic cells, which would be much more efficient, because humans had darkened the sky in an attempt to end the energy of the robots. Images | Basically Homeless, Warner Bros.

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