During centuries Galicia was a thriving land of olive groves with unique varieties in the world. What changed it is still a mystery

If you think of Galicia, in their landscapes, probably the first thing that comes to mind is your sinuous coastline, your beaches and cliffsserpentant channels such as the Sil River as it passes through the Ribeira Sacra, castrosleafy Atlantic forests, grasslands with cattle … The list is extensive (and diverse), but probably the olive groves are not included, a stamp that usually associates more to the peninsular south. It was not always the case. There are indications that Galicia had an interesting relationship with the cultivation of the olive trees that can go back to the times of Gallaecia. When that link declined and what were the causes of the sunset and that the olive tree does not prosper are issues that still generate debate among experts. Olivos in Galicia? Yes. And its relationship comes from afar, it is rich and has inspired researchers who have identified in Galician lands A wide catalog of unique native olive varieties in the world. The indications are suggestive, although I recognized years ago The historian Lourenzo Fernández during a days held in Pontevedra and focused precisely on the olive trees, shadows are still in that bond. “There is no specific historical, nor bibliographic research that will address the presence of Olivos in Galicia,” explained. Looking at the Roman Gallaecia. The link between Galicia and the olive tree can be traced at least Roman Gallaecia. In the middle of the last century, during an excavation in an area of ​​Vigo that is called precisely Oliveira, archaeologists discovered a Roman deposit which included bricks, bases, a mortar, mills, amphorae … and an oil press, among other vestiges. “It is thought that it could be a villa or factoring by the oleic press found, the only example appeared in Galicia. The possible relationship between the obtaining of oil and the olive tree in Vigo was also pointed out, in ancient times, with the activity that would give name to the place,” Explain The Quiñones de León Museum, where the remains rest, although those responsible recognize that the scarcity of remains of oil and amphorae lamps in the environment can be interpreted as a “lack of consumption.” Leaving its mark. Vigo’s is not the only proof of the interesting historical link between Olivo and Galicia. There are ethnographic studies that show that in the region there are dozens and tens of place names related to olive trees, olive groves, oil and similar references. Years ago at least 70 were counted. The CSIC has also identified about twenty varieties of native olive trees, unique in the world, and there is a record of specimens standing from the 18th century, the oldest in the community that are still alive, according to a analysis done years ago. A “very present” crop in Galicia. The presence of olive trees in Galicia put it in value since The industry itself to the organisms public. “The olive culture was very present in Galicia since the time of the Romans. The primitive settlers ate olives, although they did not know the methods of extraction of the oil. The Romans are those that introduce the knowledge of these methods that are transmitted by the territory. Galicia became one of the conquered territories of which the most oil went out to Rome in the second and second centuries.” They detail From Ribeira Sacra tourism. In the community it is not strange either find References of traditional oil mills in which the fruit was used. “In Galicia there were olive plantations, in some cases, of large dimensions, that if we follow some sources they would have been possible thanks to the introduction of this crop in our land by the Romans,” historian Felipe Aira explained in January An article of The voice of Galicia that he remembers how the Jews and Judeoconvers used the ‘liquid gold’ in their kitchens and at least part of the olive trees were preserved in the properties of the church, even after their decline in Galicia, for their value for the elaboration of the liturgical oils. And the great unknown arises. All The chronicles that tell the link between the Olivos and Galicia end up reaching the same question: what explains that their cultivation ends up losing weight? Why Galicia It ceased to be an olive grove? Or even simpler … Why didn’t they remain expanding until they occupy a relevant weight in the Galician fields? As Lourenzo remembered in 2018, shadows are still and a long way to explore “about the presence of Olivos in Galicia. His story is splashed with legends and inaccuracies, he said recently A chronicle Fiftymil, but is usually pointed to a complex sum of political, economic, demographic reasons and the reality of agricultural farms. Click on the image to go to Tweet. Of the Catholic Monarchs to Count Duke of Olivares. When the history of olive tree is explained in Galicia there are two names that are usually repeated: the first, the Catholic Monarchs; The second, Count Duke of Olivares. An extended theory ensures that the former, Fernando II of Aragon and Isabel I of Castilla, adopted a series of decisions about taxes and reorganization that punished the Galician plantations and favored that olive trees be started in the region. But … why? There are those who say that the purpose was to favor the repopulation and crops of the newly reconquered lands of the Peninsular South. Others argue that in their decision, more political factors would have weighed and that when the Galician olive trees sought to penalize the territory and their aristocracy. The “Doma and castration from Galicia, “said the intellectual of the twentieth century, Alfonso Daniel Rodríguez Castelao about the policies of the Catholic Monarchs. The context is key and was marked by the defeat of Juana la Beltraneja, and therefore of the nobility that supported her in her cause, and the Irmandiños rebellion that developed in Galicia. The shadow of olive groves. The theory is even more extended that if there … Read more

Andalusia has become hostile land for avocado. So an unexpected region is taking over: Galicia

In Spain, avocado has ceased to be an exotic food to become the new king of the shopping basket. Its demand grows without stopping: only in 2023, tropical fruits became the most consumed in the country, surpassing even the citrus of life. But while the surface dedicated to avocado cultivation in Spain is already 24,000 hectares –With Andalusia at the head-, the south begins to resent. Missing water. There are plenty of extreme temperatures. And the producers look for alternatives in the north and there Galicia enters. A new tropical map. The image of an avocado is not associated, precisely, the wet green of the peninsular northwest. But data and real experiences begin to tell another story. Because in Galicia the avocado not only grows: it is standing strongly. As he collects A report from the voice of Galiciain the province of Pontevedra there were already at least seven hectares cultivated in 2022, and everything indicates that this figure has been doubled since then. “It is a very interesting production that is already being introduced into many Galician cooperatives,” says Higinio Mougán, director of Agaca, the Galician Association of Agrifood Cooperatives. Attracted by high market prices – and for a demand that does not stop growing – Galician farmers such as those of the Horsal Cooperative are already betting on this crop. However, they do it cautiously since not everything is as easy as planting and waiting to collect. But is it land of avocados? In theory, yes. Galicia presents a soft climate, without prolonged frost and with generous rainfall. Characteristics that, like The CSIC Iñaki Hormaza researcher ensures For the Galician medium, “they look more like the climate originally from avocado than that of some areas of Andalusia.” Which does not mean that there are no risks. Temperatures of more than 35º in summer, strong coastal winds, floodable floors or the possibility of unexpected frosts remain limiting factors. “It is not a crop to launch without prior study,” says Pablo Porto, coach of Vivaz Plant, a company that has developed plantations at Baixo Miño. The terrain must have good drainage, be protected from the wind and have deep and aerated soils. And that without talking about the productivity challenges – less than 1% of the flowers bear fruit – or post -harvest, which alerts the damage for forced collection on temporary days. There is evidence that it works. 300 kilometers east, in Asturias, The story of Ángel Sordo and his centenary avocado In Porrúa it is almost legend. Planted in 1906, this tree is still standing more than a century later and is considered the oldest in Europe. “Its cup reaches 30 meters in diameter,” a living emblem of what could be a new agricultural border. Inspired by this legacy, entrepreneurs such as Andrés Ibarra founded Aguacastur to explore the potential of avocado in the Cantabrian. His discovery was revealing: thousands of scattered trees, some with up to four flowers per year. And no, the cold did not kill them. Thanks to environmental humidity, even -5º temperatures did not cause severe damage. “It is a matter of time that the cultivation of avocados in the north becomes a reality,” said Ibarra. A change that accelerates as the South loses viability. A northern axarchy. As my partner explainedthe comparison is not accidental. The Malaga Axarchy has been the avocado mecca in Spain for decades. But droughts, overexploitation of the vineyuela aquifer and heat waves are changing the script. Is the north – with its water, its temperate climate and its lower urban pressure – the future of tropical fruit in Spain? It would not be the first time. Galicia was the land of Olivos in the past and nobody knows well why it ceased to be. And now, what? The interest is there. Plantations grow. Cooperatives are organized. But the Galician avocado path – like that of every crop that ventures in new lands – will not be free of obstacles. Green gold has arrived in Galicia. And this time, it seems that it has come to stay. Image | Unspash and Unspash Xataka | Very few countries in the world are dedicated to the industrial production of avocados. Now an unexpected one has joined: Japan

Ferrari has won on land, but now points to the ocean. His new challenge is a ship that works without a drop of fuel

Ferrari has already conquered the circuits. Now he wants to do the same in the ocean. Its new project has no wheels, nor ailerons, nor a V12 engine. Is called Hypersail And it is a Monohull of regattasalthough that description barely scratches the surface. The Italian brand has decided to build an extreme boat, designed to challenge resistance and engineering. The challenge is not less: to create a 100 -foot monoccasco that literally rises on water, driven only by renewable energies. Without a drop of fuel. A brand that is no longer limited to asphalt For decades, Ferrari has been synonymous with competition, engineering and prestige. Its history has been written in the most demanding paths and in the most select garages in the world. But times are changing. The brand continues to manufacture sports cars, yes, but it is also expanding its playing field. Today Ferrari not only innovates in his vehicles, he also does it in his strategy. Part of that evolution It has to do with the public. The Z and millennial generation They already suppose 40 % of their new buyers. They are younger customers, interested in design and technology, but also in impact and sustainability. And Ferrari is adapting. In that context, Hypersail It does not seem to be a whim or a marketing maneuver. It can be a way to apply everything learned in the asphalt to a different environment, although later also carrying that experience obtained in the water to their cars. Ferrari describes Hypersail Like a floating laboratory. And it is not an exaggeration. The boat, designed by the Naval Architect Guillaume Verdier and directed by the navigator Giovanni SoldiniIt has little to do with a conventional ship. Its structure is designed to keep the helmet out of the water by means of three support points: a foil coupled to a tilting keel, another in the rudder and one side that acts alternately. This provision Reduces friction to a minimum and literally allows “flying” on the waves. The most radical aspect of the project is not seen with the naked eye: it does not carry a combustion engine. All the energy necessary for its operation – from the control of hydraulic systems to navigation computers – is generated on board while sailing. The source is exclusively renewable: solar, wind and kinetic. It is not just about installing panels or captors, but of redesigning each system to be as efficient as possible. There are no hidden generators or plans B. According to the company itself, for many, this combination of total autonomy and oceanic navigation It seemed unfeasible. Ferrari wants to demonstrate that it is perfectly possible. Ferrari not only contributes his name, he actively participates in development. The equipment has applied to the sailboat many of the tools already used in its cars: aerodynamic simulation, advanced structural calculations and a flight control system adapted to the marine environment. That joint work has already resulted in nine patents, with another six in preparation. The ship reacts in real time to sea conditions, adjusting its position as a racing car would make it trace a curve. According to Ferrari, the development of Hypersail is also contributing to the evolution of its sports. The company has not specified specific models, but this technological approach would fit with its current hyper -sports linelike him Ferrari F80a hybrid of 1,200 hp called to continue what Enzo and Laferrari left. Hypersail It is not a finished product. It is an idea under construction. His assembly has already begun in Italy and the launch is scheduled for 2026. For now, Ferrari has shared very few images of the project, and everything indicates that we will have to wait to see more details of its development. Until then, the sailboat will continue to evolve as an open innovation platform. Images | Ferrari In Xataka | In Australia they already have the ‘infinite train’. To batteries, without catenary and unlimited autonomy, but with a great asterisk

The ambitious video apps plans to land on Smart TV

There is no one who can with the TV. Although the hours we spend in front of the mobile are increasingly abundant, the big screen that makes up the neuralgic entertainment center and household meetings continues to exercise great power over us. And about advertisers. Therefore, even mobile apps giants such as Instagram or Tiktok consider a turn to television and prepare apps in that format. Tik tok and Instagram, to TV. Account ‘The Information‘That Tiktok and Instagram are developing apps to be viewed on television. The objective is to steal some advertiser of the juicy cake that are now distributed the platforms of streaming (that generated more than 26,000 million dollars in income in 2024) and also increase the number of users, appealing to new profiles and older than the usual ones on the platforms (In Tiktok About 70% of users are under 34 years old, and On Instagram around 60%) The future has returned. When the use of mobiles was generalized, the media looked at these new devices, transportable screens (laptops, tablets, smartphones) and They said “here is the future”. We would watch TV and movies on mobiles. They were wrong: TVs are still reigning in houses thanks to the arrival of streaming: Linear TV consumption is in historical minimumsbut Thanks to streaming platforms A lot of television is still seen. But the screen continues to be transformed and perhaps the next bombing we see comes from the arrival of native mobile apps. YouTube to power. Recent news resonates in this decision of the two gigantic social social networks: YouTube’s sustained growth in recent years. According to Nielsenthe video platform has experienced a constant and significant general growth, more than 120 % since 2021. But in addition, in May 2025, it occupied the leading position between platforms of streamingwith 12.5 % of the total viewing on television. That is, advancing traditional television on their own land and even its rivals of streamingan app born on the Internet has conquered televisions. Tik Tok already tried. The Chinese video app has already tried to enter the Smart TVS with an application that did not have much route and It was launched in November 2021. According to Sony and collects ‘The Information’, Tiktok stopped updating the app in June and there are other televisions brands, such as Samsung or LG, where it is not even available. It is a possible clue about changes in the Tiktok TV approach. Instagram has never had an app for Smart TVS. Advertising is what is sought. To those mentioned 26,000 million dollars that gives the streaming In advertising the 72% of the 50,000 million youtube revenues In 2024: the video format and its jump to television allows multiple formats (pre -rol, Bumper, Mid-RollShorts), very versatile and attractive for video social media apps, more limited in that regard. Television allows hybrid advertising practices (with the use of artificial intelligence That will begin to put into practice Netflix, for example), which generate more impact on television. All that also want to access Tiktok and Instagram. Header | Outstanding image | Alexander Shaatov in UnspashXataka with Mockuuups Studio In Xataka | Millions of people are hooked right now to an Olympic Games where cats compete. Cats made with ia

An old island has been discovered by accident under the sea full of rare land. The problem is that it has no owner

We are approaching a point where to say that rare earth moves the world in general, no Only the technological oneno longer sounds so hyperbolic. It happens that a single nation has most of the cake right now. We already said it, China has built The most elegant economic power lever in modern history with those desired minerals. Hence, the rest of the nations strive to find the new “gold” where there is a track, however small. An underwater island has emerged as possibility, the problem is for whom. An accidental finding. The story began when an international team of scientists discovered that a part of the known underwater highlands Like Rio Grande Riselocated about 1,200 kilometers from the coast of Brazil, it was actually A tropical island Tens of millions of years ago. Although training was already known by the scientific community as a chain of volcanic mountains submerged from The late cretaceousthe New research revealed that their western part was once above sea levelforming a terrestrial ecosystem that gradually disappeared under the waters due to tectonic activity and the weight of the accumulated volcanic rock. Revelation not only transforms the understanding of the paleoclimatic geography of the region, but also opens the door to a possible International dispute for its valuable mineral resources. The keys of the past. The discovery began in 2018 when British and Brazilian scientists noticed that certain rocks in the marine bed of the Rio Grande Rise They showed an unusual composition, more similar to lava deposits and terrestrial red clay than to marine formations. Published subsequent studies in Scientific Reports They confirmed that this clay (rich in kaolinite, hematite and goetite, typical tropical soil minerals) was not only a rarity in the oceanic background, but an unequivocal evidence that this segment of the high plateau was emerged between 44 and 47 million years agoduring The Eocene. With a very high chemical alteration index (93), these clays reveal an intense subaéreal weathering and a warm and humid climate, with implications that go beyond geology: the island could have been a stop point For migratory birds Between South America and Africa, offering one more piece in the puzzle of the biological exchanges of the past. A mineral treasure. But there is more, of course. Beyond its scientific value, the Rio Grande Rise houses an invaluable economic wealth. Their Ferromanganese scabs contain high levels of Essential metals As cobalt, nickel and lithium, all fundamental for the global energy transition, from batteries for electric vehicles to wind and solar energy storage. However, what attracts the most attention is your rare earth concentrationespecially the ititrium, a whitish and soft metal used in strategic technologies: aerospace alloys, superconductors, industrial lasers, LEDs and precision lenses. In a context where China overwhelmingly dominates the extraction, refined and manufacture of these materials (with Up to 90 % of world production), any new source acquires critical geopolitical importance. It is no accident that the Brazilian interest in this area has intensified after Beijing’s decision to restrict export. The dilemma of sovereignty. And here lies the big problem. The Brazilian government He has shown A clear intention to claim the Rio Grande Rise as part of its continental platform, based on the argument that training He was united to the continent in the past. However, the highlands is 652 nautical miles from the coast, very outside the limit of The 200 established by the United Nations Convention on the Law of the Sea to delimit exclusive economic zones. This raises a challenge legal and diplomatic Complex, in which Brazil will seek to strengthen its exploration rights without violating international agreements. At the same time, warnings arise on the impact that an eventual mining exploitation could have little studied in depth ecosystems. Thus, the tension between the economic use of these resources and the need to preserve marine biodiversity appears as unresolved background dilemma. Global competition. In this way, the ancient island of Rio Grande Risetoday hidden under kilometers of water and centuries of geological oblivion, has reappeared as a Unexpected actor in the race for the strategic resources of the 21st century. Fosilized red soils, formed under disappeared tropical jungles, now lie next to metal scabs coveted by industries around the world. If you want, the finding not only highlights the scientific value of oceanic missions, it also exposes the growing global competition for those critical minerals in so many areas. In that new power map, where the control of raw materials marks the border between technological independence and structural dependence, even a sunk island millions of years ago can tip the balance of the future. Or at least that Think Brazil. Image | Pexels In Xataka | What are the rare earths, the elements that move the technological world and separate China from the West In Xataka | The great promise of Deng Xiaoping: China has waited more than 30 years to control the world economy with rare earths

This map shows how the land will be within 250 million years. If fulfilled, Spain will be very lucky

About 200 million years ago, the last supercontinent began to fragment. THE PANGEA DIVISION He gave way, very little by little, to the current geological composition. But that which separated will join again. The continents continue to movecolliding with each other, and a theory points out that it will be in 250 million years when another supercontinent arises. We have baptized it as PANGEA Ultimaand the truth is that it will give exactly the same what countries we have as neighbors. PANGEA Ultima. Plate tectonics It is curious because they continue to move under each other, and that is what has led to the theory of Continental derives. These movements are studied to understand the past, as well as to decipher the future, and one of those scholars is Christopher Scotese. This American geographer is the creator of the Paleomap Projectwhich seeks to show not only how the elements have moved these last 1,000 million years, but the prediction of that supercontinent future. And Scote elaborated This map: Who is the one who has inspired The one that opens this article: Curious neighbors. According to this, within 50 million years North America would have turned so much that Alaska would be in a subtropical latitude and Eurasia would also turn, but in the opposite direction, making Great Britain be closer to the North Pole. Africa will get closer to Europe and Arabia, disappearing both the Red and Mediterranean Sea and, within 100 million years, the Atlantic will start diminishing. It will be 150 million years when the Atlantic disappears as a result of being sucked by the American continent, bringing much more America and that block composed of Eurasia and Africa. And the culmination will occur within 200 million years how much that new supercontinent is formed, with the Indian as central sea and a curious neighborhood mixture. According to this model, Latin America would be more or less the same, but with African neighbors in the east. Cuba would be stuck to the United States, Greenland would be next to Canada (bad luck, Trump) and Spain would continue to bordered France and Portugal, but also with Italy, Morocco, Tunisia and Algeria. England would also have stuck to France and Korea would be in a curious sandwich between Japan and China. It will give exactly the same. But the truth is that it doesn’t matter what your new neighbors seem, not because, obviously, you will not be there to suffer them, but because it is possible that humanity has become extinguished by then. Not because we sometimes strive in it, but because conditions will not be the most suitable for the life of mammals. In a study Published in Nature, the researchers predicted that 92% of the land would be Inhabitable for mammals. The reason is that, in a simulation of the climate of this new supercontinent, it is estimated that the temperatures of much of Pangea Ultima will be more than 40ºC, but also the amounts of CO₂ will make the life of the mammals … complicated. Due to the number of shocks between plaques, there will be a great volcanic activity that will increase the CO₂ EMISSIONS TO THE ATMOSPHERA, heating not only the planet, but promoting that the levels of that co₂ bend to the current ones. In addition, the Sun will be 2.5% luminous at that time because its nuclear fusion rhythm will have increased and is something that will contribute to the planet, in addition, to be drier. Spain or so bad. It is not a panorama too encouraging, the truth, since plant life will also experience a massive extinction, but researchers point out that conditions may not be so bad in all parts of the New World. Thus, those closest to the upper part of the North Pole, could have cooler conditions that will facilitate a better adaptation to life. And Spain, Portugal, Morocco or England are in that stage. There is also the possibility that we become specialists in desert environments, becoming night animals in something similar to what is seen in ‘Dune‘. Alexander Farnsworth, one of the researchers who have simulated the climatic conditions of that future, also analyzed From the most serious point of view how life makes its way in Arrakis’s climate and points to that parallelism with the land within 250 million years. One more. Is it this how the land of within 250 million years will be seen? Namely, but there are several hypotheses formulated these last decades that, in one way or another, point to the existence of that supercontinent. One is Novopangeawhere the Pacific will close. Another is Auricawith the closure of both Atlantic and the Pacific. And another model is Amasiawith the union between Asia and America. And the model does not care, they are still similar to the Last Pangea And, after that new supercontinent, the estimate is that the Atlantic will open again, separating the countries and starting a new cycle of rupture. What will happen to life? Well, it will make its way, as the great Jeff Goldblum already said in ‘Jurassic Park‘, because mass extinctions … There have been several. Image | Caffete In Xataka | The land has moons that we do not know: exploring them is key to revealing the secrets of our solar system

NASA’s longest -lived astronaut has returned to the land in his 70th birthday. We are left without the best space photographer

There are ways and ways to celebrate a birthday, but few like Don Petit’s. He NASA’s longest active astronaut He returned to Earth after seven months at the International Space Station just the day he turned 70. A bittersweet milestone because, although it is healthy and safe, we lose the unique perspective of one of the best photographers of space. Delicated landing in the kazaja steppe. 220 days after its launch aboard the Soyuz MS-26 Russian capsule landed on the plains of Kazakhstan Together with his crew companions, the Russian cosmonauts Aleksey Ovchinin (53 years old) and Ivan Vagner (39 years old). The landing occurred without technical setbacks, although with a small scare: Pettit needed immediate medical attention when extracted from the capsule. The cameras captured him practically motionless after landingwhich revived the debate on the Russian practice to expose the crew instead of prioritizing its intimacy, as is done in the United States and China. 70th birthday, and farewell? “When our capsule lands on those desert plains, I will be literally on the other side of the earth, almost 19,000 kilometers from home. However, I will be at home,” Don Pettit wrote from the orbit shortly before returning. A reflection that puts in perspective what ‘home’ means after seven months seeing the earth 400 km high, from the International Space Station. This has been the fourth space mission for Petit, which accumulates a total of 590 days in space. Despite being NASA’s longest astronaut, it is only the tenth human being that accumulates more time outside the earth. With 48 active astronauts in the space agencythe last incorporated in 2022, it should be thought that this could be its last mission to space. Goodbye to the ISS photographer. If we will miss this astronaut is his extraordinary ability for photography. Pettit is one of the best photographers who have gone through the ISS and during this last mission, he has given us spectacular images again: The dairy and Starlinks: one of its last captures shows the core of our galaxy and zodiac light, with Starlink satellitous steles crossing in the frame Reimaginated terrestrial landscapes: using infrared filters or playing with the reflection of the sun, Petit reveals hidden details of oceanic currents or terrestrial geology with an almost pictorial quality Atmospheric phenomena: captured impressive northern lights during the intense new year solar activity and contributed to the study of elusive “transient light events” (Tles), electric discharges on storms Long exhibition: Master of this technique, has created iconic images of stars steles or the night lights of cities turned into rivers of light by the Iss orbital movement More than photos. Chemical Training and Scientific Engineer rather than Astronaut, Pettit’s creativity is not limited to photography .. invented A cup of coffee to drink without straw taking advantage of the surface tension of the microgravity fluid. And a device that compensates for the movement of the International Space Station to obtain more clear nightcare photos on Earth. It is also Famous for his “Opportunity Science”small experiments carried out in their free time to demonstrate physical principles in microgravity. To play with drops of water charged electrostátically to freeze ice sheets To study their crystals with polarized filters in the freezers of the station. With the return of Soyuz MS-26, expedition 73 is under the command of Japanese Takuya Onishi. He is accompanied by NASA Astronauts Anne McClain, Nichole Ayers and Jonny Kim, and Russian cosmonauts Kirill Peskov, Sergey Ryzhikov and Alexey Zubritsky. In Xataka | The best photos from the International Space Station are made by the same astronaut: Don Pettit

Extract rare land of old batteries without going through China

The efforts to electrify the world bring with them a growing demand for materials to make batteries. Materials that, to a large extent, depend on China. In full United States trade war against the Asian countrya solution is gaining strength: old battery mining. And a known name, that of JB Straubel, co -founder of Tesla, leads the race with his company Redwood Materials. Context. The world needs more batteries. The demand does not stop growing between the electrification of transport, with more than 57 million electric vehicles in circulation, and the energy transition, which requires large storage systems to compensate for the intermittent nature of renewable sources. The problem, in full tariff climb, is that most of the materials necessary to manufacture these batteries come from China. Especially rare earths, which explains the United States interest in Greenland and the Recent pressures on Ukraine. But these bets to produce materials outside China can take several years. An alternative. Urban mining. There is a huge amount of batteries already imported in countries such as the United States (electric cars, electric scooters, electric bicycles, consumer electronics) that contain a valuable metal mine. These materials can be recovered by recycling, which now seems like a very lucrative business. Unlike plastic recycling, which comes out much more expensive than the virgin material, the high value of batteries metals makes its recovery economically viable. Material redwood. Founded by JB Straubel (Tesla co -founder and one of Elon Musk’s trusted men), Material redwood It is one of the pioneer companies in this field. Your business model focuses on collecting batteries at the end of your useful life and Extract the relevant elements to create new batteries High quality. A few days ago was associated with Limewhich has a gigantic fleet of bicycles and electric scooters, to recycle its batteries. For Lime, whose batteries usually last about 500 cycles (between five and seven years), this alliance not only solves the problem of what to do with the inventory of old batteries, but also reinforces its sustainable company image. Almost everything is used. Redwood states that its recovery rate is up to 95-98% of materials To manufacture new batteries. The scale is significant: in 2024, he recycled 20 GWh of old car material, scooters, electronic devices and production residues; enough to produce about 250,000 batteries for electric vehicles. Together with Redwood, a recycling company, reuse companies have also appeared, Like the Canadian Moment Energy. His proposal is to take advantage of the batteries of withdrawn electric cars that still retain around 80% of their ability to create stationary energy storage systems. Give them a second life. They have collaborated with companies such as Mercedes-Benz Energy and have just received a subsidy of more than 20 million dollars from the United States Department of Energy to build the first “gigafactoría” of battery reuse in Texas. Although the recycling process and the logistics of collection of old batteries remain complex and expensive, the high value of the recovered materials, especially now with geopolitical pressure, is promoting these solutions that transform old batteries into a strategic source of resources or reuse for other uses. “Urban Mining” is a way to skip China and, therefore, a lucrative business. In Xataka | In the middle of the electric car, a Canadian company has smelled money: a battery recycling gigafacto

The manufacturers are racing the land so that we drive with smart glasses. Spain is not prepared

Google is preparing an update for Android Auto. A close related to one of the devices that aims to mark the trend of the coming years: smart glasses. The arrival in Spain of models such as the Rayban Meta go beyond curiosity. These types of glasses are another device in consumer technology, such as a mobile or a headset. And both are prohibited at the wheel. Android Auto and smart glasses. A few days ago the Android source code gave away one of the functions that Google is preparing: Content projection such as Google Maps while driving. Developing functions, among which is the “Start Navigation to Launch Glasses” make clear Google’s idea for this type of device: technology integration to the head up display within the glasses themselves. A concept problem. With Google’s idea, several points enter concepts. None of them regulated in the current Spanish legislation. If the glasses project content, they would be governed by the Article 18.1 of the General Circulation Regulation (RD 1428/2003)that prays the following. “The driver is obliged to maintain his own freedom of movements, the necessary vision field and permanent driving attention, which guarantee their own safety, that of the rest of the occupants of the vehicle and that of the other users of the road.” Technically, the projection of the glasses would not affect the field of vision or the free movements. But the problem is that smart glasses, at least the most popular (such as Meta), have nothing to do with this. Hands free and Spain. The circulation code does not like hands free, and is quite restrictive about it. Article 18.2 of the General Circulation Regulation prays the following. “It is forbidden to drive using helmets or headphones connected to receptor or sound players.” The key here is that, technically, the glasses are glasses, although they work as much as headphones and sound players. Because yes, devices such as Rayban Meta are literally music players, with the difference that they are not located in the ear. The nuances. Although the circulation code prohibits the use of headphones, it reflects some exceptions. Among them, that assisted driving devices or hands are not prohibited that neither cover the ears nor isolate in the environment. In other words, if I gave you driving with some Vision Pro It is more than probable (and deserved) to stop and mulitate you. With Rayban Meta, you would technically be complying with Spanish legislation. An inevitable trend. He Google and Samsung pact For mixed reality devices, the finish line with Rayban Meta, the prototypes of motor companies such as BWM for make glasses that work while driving. The format of smart glasses, although now diversified between complete format (helmet) and traditional format, has gain presence of a time to this part. Sooner or later, the legislation will have to clarify what we can do and what not with them behind the wheel. Image | Xataka In Xataka | The Meta Ray-Ban are the first smart glasses that have managed to impress me. They are the beginning of something more

The global economy enters an unexplored land

The commercial war between United States and China He has just reached a new level. The two greatest economic powers of the planet star in a tariff climb that does not give signs of braking. We are facing a scenario that can drag significant effects on the global economy, especially for its direct impact on interconnected supply chains and the stability of financial markets. In less than 24 hours, Donald Trump’s government has decided to carry tariffs on Chinese imports from 54% to 104%in response to Beijing’s refusal to remove its 34%rate. The reaction soon arrived: China announced a new 84% tariff to American products. And when it seemed difficult to go further, Washington has returned to the bet: the US tariff now rises to 125%. He blows China for his refusal to negotiate. “Based on the lack of respect that China has demonstrated towards world markets, therefore the tariff charged to China for the United States of America to 125%, with immediate effect,” Trump said in a publication. The announcement reinforces the political and commercial pressure on Beijing at a time of maximum tension. Now, all eyes are put in the possible response of the Chinese government. Click to see the original message in Truth Social Pause in some reciprocal tariffs. The US president has also announced that he will immediately suspend the highest tariffs for 90 days for dozens of partner countries. It is not clear what nations will benefit from this tariff truce, nor under what criteria will be applied. What has been confirmed is that, even in those cases, the base rate of 10% that entered into force will remain in force last Saturday. Washington’s turn comes at a key moment: dozens of countries were already preparing their response to reciprocal tariffs that entered into force just a few hours ago. Among them, the Member States of the European Union, who approved on Wednesday a package of commercial reprisals against the United States. The measures are planned to be applied on April 15, although in this new scenario it will be necessary to see if that calendar is maintained. In development. Images | Xataka with chatgpt In Xataka | The European car industry has a problem with US tariffs. Your solution is surprising: India

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