hunt

China studied the secret of falcons to hunt their prey. Now your drones only need 5 seconds against their targets

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Throughout history, armies have always observed nature to learn to hunt, defend themselves and coordinate better, from way to attack in group to the selection of the weakest enemy. Today, that old military tradition makes sense again in a radically different context, one marked by algorithmsautonomous machines and a new technological race that is reminiscent of other great military leaps of the past. AI as the axis of combat. In this scenario it appears China, which is systematically promoting the use of artificial intelligence in the military sphere, especially in swarms of drones and autonomous systems capable of operating with little or almost no no human intervention. counted the wall street journal this week that they are in possession of patents, academic papers and procurement documents showing that the People’s Liberation Army sees future warfare as an environment dominated by algorithms, where swarms replace individual platforms and the mass of cheap systems can overwhelm defenses, attack targets and resist electronic warfare. The Ukrainian experience reinforces this vision by demonstrating that drones are already decisive and that autonomy becomes increasingly valuable when human control degrades. Learn about animals. To solve how to coordinate swarms in real time, Chinese researchers are modeling algorithms inspired in animal behavior. For example, in an experiment developed at Beihang University, defensive drones trained as “hawks” They learned to identify and destroy the most vulnerable targets, while attacking drones imitated “pigeons” to avoid threats. In a five-on-five simulation, the defenders They eliminated all the attackers in just 5.3 seconds. Beyond the success of the results, the interest was in the method: adapt hunting, escape and animal cooperation rules to realistic combat scenarios, where drones fly, maneuver and make decisions under pressure. Mass production. The Chinese bet combines these algorithmic advances with a clear industrial advantage: factories capable of producing hundreds of thousands or millions of cheap drones per year. This allows us to think of swarms as a main weapon and not as a complement, something much more difficult for, for example, the United States, which produce fewer drones and at a much higher cost. Systems such as mobile launchers of dozens of drones, mother models capable of releasing swarms in flight or even “robot wolves” Armed forces show a doctrine oriented towards coordinated quantity, not individual technological excellence. Centralized control. The appeal of autonomy also reflects a structural distrust in the capabilities of Chinese middle managers, a recognized problem for years by the political and military leadership itself. The swarms controlled by algorithms They fit better with a centralized command culture, where decisions are designed from the top and executed without improvisation. For Beijing, AI offers a way to compensate for the lack of real combat experience and reduce reliance on human commanders in chaotic situations. One soldier, 200 drones. Added to this line of development is the massive deployment capacity that the People’s Liberation Army has begun to publicly display, with tests in which a single operator is capable of supervising swarms of more than 200 drones released in a very short time. In images and data released According to Chinese state television, the drones, trained through simulations and real flights, are capable of flying in precise formations, dividing reconnaissance, distraction and attack tasks, and changing functions on the fly thanks to autonomous algorithms that allow them “negotiate” among themselves without constant human orders. The implicit message is clear: China is not only investigating how to make swarms more intelligent, but how to put them in the air on a large scale with very few personnel, a force multiplier that reinforces its commitment to coordinated quantity as a central feature of its future doctrine. In the background, Taiwan. Of course, the approach is not without risks: Systems can fail under real conditions, be neutralized by countermeasures or, at the opposite extreme, make lethal decisions that are difficult to explain or control. Even so, the WSJ reported that the documents and analysis suggest that one of the most likely scenarios for the use of those chinese swarms It would be a conflict around Taiwan, where they could be used to saturate air defenses, locate targets and facilitate subsequent attacks. The result is a dangerous race, in which China seems to advance rapidly despite the uncertainties, bringing closer a type of war that until recently seemed pure science fiction. Image | USFWS Mountain-Prairie日本防衛省・統合幕僚監部 In Xataka | China’s new futuristic drone is already flying alongside the J-20 fighters. And Beijing has shown it without saying a word In Xataka | China has just crossed the same red line as Russia: for the first time, a military drone has invaded Taiwan’s airspace

Russia has shown on video how to hunt drones with shotguns. And he has also revealed what he did not want us to see

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During the years of Russian invasion of Ukraine we had seen many tactics that copied techniques and weapons from the past. For example, the use of the Davis cannon of the First World War, or the application of anchored shotguns on airplane wings. In fact, the use of shotguns and rifles from the last century has become a normalized scenario over the months due to the lack of modern artillery. Russia has now shown in a video how to hunt drones. Although he has also inadvertently revealed another detail. Shotguns in the front. The silent battle that is fought every day between Russian boats and swarms of FPV drones in the Dnieper has revealed now one of the most unexpected tactical turns of the war: the resurrection of the shotgun as a survival tool on a battlefield dominated by sensors, radio waves and munitions costing just a few hundred dollars. The viral sequence recorded from the helmet of a Russian marine, it offers a deceptively heroic portrait of a crew sailing at full speed through narrow channels while shooting down drone after drone (up to 13), although the meticulous analysis of each fragment shows that the initial epic falls apart as soon as the details are examined and what is behind it is understood: a fragmented combat, recorded on different days, in which the probable casualties are left out of the shot and where the electronics have as much weight as the shots. The mirage of the mission. They counted it analysts at Forbes. What seems like a single continuous episode in reality It’s a montage of multiple confrontations, where the sky changes color between shots and where the marines shoot at both real threats and invisible threats, lost among interference and gusts of wind. The barge sails while three shooters with semi-automatic shotguns, an automatic rifle and a light machine gun try to keep at bay drones that explode at the slightest contact. Thirteen devices fall, but the editing hides both the failures and the side effects. Two explosions centimeters from the hull leave doubts about possible injuries that are never shown, while a revealing detail (a Marine who already has a tourniquet placed preventively on his thigh) speaks of very specific expectations: the probability of being hit is not a hypothesis, but an assumed fact. Elite unit supported by electronic warfare. Forehead to the ‘Mobiks’ sent to slaughter with weeks of instruction and precarious material, this unit stands out for modern equipmentfor the shooting discipline and for the hidden arsenal that really explains part of their survival: a antenna constellation electronic warfare mounted on the boat. These inhibitors, with a range of between 50 and 100 meters, turn many drones into uncontrolled projectiles that fall by pure gravity. The shotgun just finish what electronics has already weakened. In an environment where FPV munitions explode even when the operator loses signal, the difference between living or dying depends not solely on aiming, but on the ability to blind the drone before it gets too close. That is why the shots show drones collapsing far from the effective range of the shooters: they did not fall due to an accurate shot, but due to interference. The limits of the shotgun. That a shotgun can take down an FPV at close range is so true as misleading. The scene has fueled a narrative of false confidence that the soldiers themselves deny off camera. There are testimonies of teams that five drones were shot down followed to fall before the sixth when they ran out of ammunition, or patrols that aimed and fired until the last cartridge before a device entered through the window and destroy the vehicle. If you like, the arms industry has also adapted: Benelli already produces models specific “anti-drone”equipped with tungsten ammunition, and foreign donors have sent hundreds of semi-automatic shotguns to Ukrainian units. But the tactical principle does not change: a shotgun does not compete with the mass production of drones. It is a desperate tool to gain seconds in an environment where each drone costs less than a box of ammunition and where both armies manufacture them by the millions. Desperate defense. He video ends with the boat rescuing another group of marines: one is wounded, others advance with two weapons in their hands, and the scene, far from glorifying the resistance, underlines the true tactical message. The shotgun works, yes, but only when the number of drones is small, when the shooters are trained, or when there are active inhibitors and when luck is on the side. The complete story, the one that never goes viral, remembers that for every boat that returns, another does not. In the Dnieper War, the shotgun is not a weapon of air supremacy: it is the final spark that is fired when all else has failed, a defense of last resort against a swarm cheap and numerous which is redesigning the way armies move, attack and survive. A shotgun may give you time, but in an FPV-saturated front, that time may not be enough. Image | RUSSIAN MOD In Xataka | Ukraine has just reduced what took days to two minutes. And then he began to crush the most feared Russian weapon: his kamikazes In Xataka | The new peace plan in Ukraine has been reduced to 19 aspects. The problem is that the key point measures 900 km

In Ukraine, the difficult thing is not to replace a drone, but its pilot. So Russia has started the hunt with something unprecedented: Rubikon

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For two years, Ukrainian drone operators had managed to maintain a decisive tactical advantage: the ability to detect, harass and destroy Russian positions with an agility that Moscow could not match. Pilots worked in small teams, in makeshift basements or camouflaged trenches, piloting from a distance FPV that turned the front into a transparent space where the enemy could rarely move unobserved. All that has changed with an appearance. The dark turn. Yes, that domain has been abruptly broken with the appearance Rubikona Russian unit created to track, locate and eliminate not so much drones as to those who operate them. The testimony in the financial times by Dmytro, a Ukrainian pilot and former rapper, summarizes this change of era: he went from being a hunter to being hunted in seconds when a Russian drone detected him on a reckless walk. That moment, which two years ago would have been exceptional, has become part of the daily routine on a front where the survival of the operator has become a strategic objective for Russia and a critical weak point for Ukraine. The result is a complete investment of roles: Innovators, previously almost untouchable, are now a priority target. Rubikon structure and ambition. This Russian elite corps is not simply a drone unit, but an organization of about 5,000 troops endowed with ample financial resources, tactical autonomy and a defined mission: deny Ukraine the ability to operate its drone network. Unlike the heavily bureaucratic operation that characterized the Russian army in the early stages of the war, this unit acts with speed, initiative and an approach more reminiscent of the Ukrainian groups it seeks to destroy. Their main task is not to attack the infantry on the front line, but penetrate behind the frontup to 10 kilometers in depth, to destroy logistics vehicles, ground robots and, above all, locate the operators who control the Ukrainian defensive swarms. Emblem of the elite Russian unit And much more. For Russian and Western experts, Rubikon functions as a development center of unmanned systems: trains other units, analyzes tactics, refines procedures and continually adapts its way of operating. Each technical or doctrinal improvement that emerges from Rubikon ends up radiating to the rest of the Russian army, which explains why the Ukrainians detect unexpected qualitative leaps in the performance of enemy drones. This ability fast learning It is one of the most disturbing elements, because it allows Russia to correct in months the technological gap that Ukraine built for years. The new invisible dimension. The combat is no longer limited to the visible sky, but is fought in a domain more abstract and lethal: the electromagnetic spectrum. Both Ukraine and Russia deploy electronic intelligence stations, signal guidance equipment and jamming systems capable of defeating, jamming or even hijacking adversary drones. This rivalry makes any radio broadcast a potential risk. Operators, no matter how hidden, need clear lines of sight, elevated antennas, and transmitters relatively close to the front, factors that Rubicon systematically explodes. Their teams track antennas on hills, thermal shadows in forests and emissions that reveal the presence of a pilot a few kilometers away. Andrey Belousov inspecting the Rubikon unit The signs. The inhibitorsdespite their usefulness, generate visible electrical signatures that can attract attacks. And in the midst of these maneuvers, both sides resort to signal hacking video to observe enemy cameras or locate the exact source of a remote control. Expert Tom Withington resume this complexity with a precise image: it is a game of cat and mouse where physics dictates the rules, and where each action leaves a trace that the opponent can exploit. Pressure on the pilots. Plus: unlike the Russians, Ukraine lacks the necessary troops to maintain continuous shiftswhich creates physical and psychological exhaustion that becomes as dangerous as the enemy itself. Zoommer, a Ukrainian soldier from a small drone unit, explained in the Times that Rubikon can operate without breaks because it has enough staff to rotate every few hours, while they must remain alert almost all day. The arrival of this unit to Pokrovsk area (a city that has been in a desperate defensive struggle for a year) has transformed life on the front, going from manageable days to a constant tension in which any movement can mean death. Before, says Zoommer.the area was almost “a vacation”, now it is an invisible hell where every antenna, every fleeting signal and every movement outside the trench can be a fatal mistake. This pressure has forced the Ukrainians to change routines, camouflage positions with extreme care, hide transmitters, disperse equipment and create anti-drone cells that act as a defensive mirror of Russia’s own tactics. The loss of transparency. Drones had provided Ukraine with a crucial tool: the ability to see and hit farther and faster, giving its defenders situational transparency that compensated for numerical inferiority. According to the RUSI analysisup to 80% of current casualties are attributed to drone operations, underscoring their central role in a war in which artillery and infantry depend on these mechanical eyes. What’s happening? Than Rubikon and the like have eroded that advantage in forcing Ukraine to reallocate resources from offensive missions to the protection of its own operators. The result is that, while Russia advances at an increasing pace, Ukraine devotes more efforts to stopping than hitting, losing the initiative at a critical moment in the conflict. Moscow has quickly absorbed the enemy’s lessons and turned them into doctrine, a process that would normally take years and that here has been compressed into months, tipping the balance on an increasingly dynamic front. Psychological warfare. The latest analysis show that the front is no longer defined only by the technology deployed, but by psychological pressure endured by Ukrainian operators and by the transformation of the Russian army towards a more agile structure, represented in Rubikon. The pilots, who have become priority objectives, live under constant tension that forces them to minimize any movement and operate with the permanent feeling of being watched, because … Read more

A university used an AI to hunt down students who used AI. The result was a predictable disaster

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What has happened? They count in Futurism that in 2024, the Australian Catholic University accused about 6,000 students of academic misconduct. At least 90% of cases were related to the use of AI for cheating. What is striking is that the university itself used an AI to issue these accusations, many of which were erroneous. Why it is important. It is one more example that AI is not yet reliable. We see it constantly with wrong results and hallucinations. The Australian university is not the only one that has relied on AI to accuse its students, it is a practice quite common and there have been others similar cases. The reality is that AI text detectors are also AI and, at least for now, They are imperfect. Turnitin. It is a plagiarism detection software whose first version was released in 1997 and is widely used in universities and educational centers. In 2023 he added a tool to detect texts created with AI and it is the one they used at the Australian Catholic University. The company itself says in its usage guide that the AI ​​detector is not always accurate and should not be used as the sole source when accusing a student. However, according to ABC Australiathe university used it as the only evidence when issuing his records for misconduct. The university version. Allegations regarding AI use included AI-generated works, fabricated references (hallucinations), and the use of AI tools to cite and translate content. The university says at least a quarter of all allegations were dropped after an investigation. They also rejected those in which the only proof was the AI ​​itself and in March of this year they stopped using that software. The dilemma. The emergence of AI tools poses challenges in the educational sector. Hay voices that advocate its banwhile others They defend integration and encourage good practices. UNESCO published a guide to the use of generative AI in education in which they establish rules and obligations, such as privacy protection, age limits and an approach that guarantees ethical and safe use of these tools. Image | Turnitin In Xataka | A teacher corrected a final exam done with ChatGPT, but another AI evaluated it differently and exposed the dilemma

The F-47 will not only be the most advanced hunt in the US. The filtration of his badge has revealed which country aims

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Last March was the closest thing to winning the lottery in the Boeing headquarters. After spending tremendously complicated years, the United States gave him air with the contract contract: The future F-47aspiring to replace F-22 and overcome it in everything to become the New armed arm of the nation. Several months have passed since then, and now the badge that will accompany the standard of American combat fighters has been leaked. There are not many doubts about the enemy. An emblem under construction. The Network appearance of a patch with the Registration “F-47 SMO” and the central figure of a phoenix has revived speculation around the program of the sixth American generation hunting. The Air Force confirmed That the design was prepared within the F-47 system management office, although it has not yet been formalized and is in the development phase, that is, the final design may undergo some change. The patch includes several recurring elements of the military heraldry (golden deltas, red stars, books in Latin), but also, and perhaps the “nuclear”, more enigmatic symbols, such as silhouette From the Chinese oriental coastthat suggest the strategic orientation of the project towards an eventual confrontation with Beijing in the Pacific. The motto “SUPERAMUS PERSAMUS LETAMUS” (“We defeat, persevere, rejoice”), inherited from previous initiatives of the NGAD programreinforces the idea of ​​continuity of an effort that was close to canceling and that, like the mythical bird, seems to resurface from its ashes. Program symbol. The central reason for the phoenix, or Firebird, is especially significant in the trajectory of F-47. Before administration Trump will rescue himthe NGAD was about to be sacrificed to other budgetary priorities. Hence, the metaphor of the Renaissance charges strength: an immortal project that, despite political doubts, resurfaces with renewed vigor to become the pillar of US air superiority in the coming decades. The reference to the phoenix also evokes the duality of the “Firebird” Eslavacapable of being blessing or cursewhich reflects the enormous technological and financial commitment that the program implies. Although unlikely as an official name, the nickname could be popular in the same way as The A-10 It is known as “Warthog” and not for its formal denomination, Thunderbolt II. Cryptic details Beyond the phoenix, the patch accumulates symbols with open interpretations. The three yellow deltas remember the used In previous badges of the Agile Development Office, linked to the NGAD since 2019, and could refer to the competition between Boeing, Lockheed Martin and Northrop Grumman, from which it finally emerged Boeing winner. The six red stars Evoke to the Test Center Groom Lake ultrasecreto, known as area 51where NGAD prototypes were tested. With fewer doubts that white silhouette appears, with the profile of the Chinese coast, and which fits with the role assigned to F-47 as a spearhead to penetrate the EPL anti-aircraft systems in an eventual conflict. The acronym “FBC”, without official explanation, adds one more degree of mystery to the whole. History and nomenclature. The number 47 pays tribute to both the legendary P-47 Thunderbolt of World War II as a year of Foundation of the Air Force in 1947, in addition to coinciding with the presidential numbering of Trump, decisive in the relaunch of the program. The history of US military aviation offers precedents in which unofficial names surpassed the formal: the A-10, officially Thunderbolt II, is universally known as Warthog. Perhaps for this reason, in the future, the F-47 could maintain the Thunderbolt tradition, released after the withdrawal of the A-10, or adopt an alternative nickname like Phoenix, although the denomination is already reserved for Another navy plane. Projections and context. The F-47 will be the nucleus of the United States air projection capacity on the horizon of mid-century, conceived not only as a combat plane, but as part of A system system which will include accompanying drones and emerging technologies. Boeing already works on the first specimens, with an inaugural flight planned for 2028although the entry into operational service remains uncertain. Your essential mission will be drilling The denial bubbles of area (A2/AD) of the adversary and ensure the air advantage in high intensity scenarios in front of China. The aesthetics of the patch, which, as we said, is still provisional and can undergo changes, therefore works as a symbolic window to the “nuclear” mission and the narrative that the Air Force wants to build around its most ambitious air project since The F-22. Image | USAF/RAMA World, inc. In Xataka | Boeing came from difficult years. The US has just given air with the contract that can mark his return: that of the new F-47 In Xataka | Boeing F-47 images reveal that it will not be as “furtive” as expected. But it has something more suggestive: Canards

In 2024 an asteroid loaded with precious metals psó touching us. The goal is now to hunt the next one with a giant bag

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A year ago, astronomers saw how an asteroid entered the orbit of our planet and accompanied us for almost two months. This “mini-luna” baptized as 2024 PT5 was a warning sign for an industry that never ends up detachment: space mining. The passage of the rock full of rare metals lit the fuse of a new race to not let the next one. The new objective of space mining. The idea that asteroids are floating treasures is not new. According to NASA’s calculationsthe metals contained in the asteroid belt could be equivalent to 100 million dollars for each person on Earth. The problem has always been the same: the prohibitive cost of reaching them. But this type of “mini-lunas” like 2024 PT5, that we are able to detect with current technologythe rules of the game change when approaching us, becoming much more affordable objectives. The Plan: Not Atrices, capture. Landing in an asteroid is a logistics nightmare. They turn at high speed, do not have a significant seriousness that maintains an anchored ship and are covered with a powder that would stuck any machinery. Therefore, the new strategy is not to perch on them, but to capture them in full flight. This is where concepts that seem taken from a science fiction film come into play. Companies like the Tethers Unlimited disappeared They worked on satellite designs capable of launching a gigantic network to catch an asteroid and tow it to a stable orbit. The company failed, but its idea prevails: stop the rotation of asteroids to process them. NASA to hunt asteroids. One of the companies that leads this race was founded by a veteran of the Jet Propulsion Laboratory of La NASA, Joel Sercel. The plan of Transaster It is a three -phase technological deployment: Detect: its Sutter telescope system has been designed to find small, dark and fast objects, such as asteroids close to the earth that until now went unnoticed. Capture: His proposal is called Capture Bag, and is a kind of giant inflatable bag designed to completely wrap the asteroid. Process: Once trapped, they would use a technology called optical mining. It consists of using concentrated sunlight with a kind of magnifying glass on an industrial scale to heat the asteroid. This allows you to extract water (in the form of ice) and separate precious metals such as platinum, cobalt or nickel. Precious metals … and precious water. Although metals are the fat prize, the most valuable short -term resource is water. As Joel Serce explains In an interview for Caltechwater is the “oil” of the solar system. It can be broken down into hydrogen and oxygen to create rocket fuel. Extract water from an asteroid and store it in orbit would create the first “space gas stations”. Being quantifies it: 100 tons of water extracted from an asteroid the size of a house, enough to fill a pool, they would have an approximate value of 1,000 million dollars in space. Simply because of the cost that would mean throwing so much water from the earth. To move these loads, Transastra is developing a fleet of tugs called worker bee whose engines can use that water as propellant. Waiting for the next mini-luna. The passage of 2024 PT5 was a lost opportunity. “If we had had our systems in operation, we could have gone for it,” he confessed to being. The industry was not ready, but the starting gun has already sounded. The next time a cosmic treasure approaches the earth, there may be giant networks or bags waiting for it. The 21st century gold fever does not look underground, but towards the stars. Image | NASA, JPL In Xataka | The Earth has lost its miniluna, but posed for a photo before leaving (and promised to return soon)

Now the hunt is in charge of a lethal drone army

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It is no secret that Lockheed Martin’s F-35 summer was not the best of all. After the plane stranded for a month In India, the reverse from Spain to an order (to which they have added other countries), A second breakdown of a hunt, this time in Japan, and a report that questioned the plane and its sophisticated software Because of the iceyou could say that the storm has passed. In fact, the United States has a message: F-35 will be more Powerful that never. The technological commitment. Yes, Lockheed Martin has undertaken a decisive leap in the evolution of the F-35 Lightning II by incorporating advanced capabilities of Enjambres control of drones through artificial intelligence. With an investment of about 100 million dollars in programs such as The career projectthe company seeks to transform hunting not only into a versatile and furtive combat plane, but an authentic Air Command Center capable of directing unmanned vehicles in recognition, electronic warfare or coordinated attacks. The objective: maintain American aerial supremacy against increasingly complex threats, betting on synergy between manned aircraft and autonomous systems in a network combat ecosystem. Synergy Man -Machine and Remote Control. The integration of AI allows the F-35 to communicate In real time With drones, processing a lot of volumes of data and making instant decisions that extend their operational scope far beyond their own sensors. In recent tests It was checked That an F-35 could directly control a drone, which opens the door to operations in which the plane can “see” and attack objectives through intermediary platforms without putting the pilot at direct risk. Moreover, Lockheed proposes that F-35 itself have An optional mode not manned, which would reduce costs compared to the development of a sixth generation hunting from scratch and allowed to take advantage of the cells already produced with greater degree of autonomy. The autonomous era. The F-35 was born from the program Joint Strike Fighter which in 2001 granted the victory to Lockheed against Boeing. Since then it has evolved in three variants (F-35a of conventional takeoff, F-35b of short takeoff and vertical landing, and F-35c embarked) and has become a key piece of several branches of the US and Allied armed forces. This 2025 is expected to deliver Up to 190 unitswhich reflects the magnitude of the program and the confidence of the company in its long -term validity. However, the complexity of the system raises risks, as evidenced by the Incident in Alaska in which a pilot had to eject after almost an hour of solution attempts with Lockheed engineers, and that underlines the need for exhaustive tests before displaying large -scale autonomous capabilities. The integrated air dominance vision. The weight of these developments lies greatly in the Skunk Works division of Lockheed, which raises a concept of “Integrated air dominance” in which the F-35 will benefit from sixth generation technologies, including advanced autonomy, interoperability with swarms and improvements of furtiveness. Associated companies such as Northrop Grumman and BAE Systems strengthen the capacities in electronic warfare and surveillance, expanding the network of connected functions. Sector analysts interpret this strategy as A calculated movement in front of rivals like Boeing, especially after loss of a contract of new generation fighters, and as a way of presenting the F-35 as a bridge to completely autonomous fleets. DRON VECTIS The birth of Vectis. It is the device that explains the U-35 update. Skunk Works has presented these days DRON VECTISa large non -manned air combat system (Group 5) conceived under philosophy Agile Drone Framework. The framework prioritizes modularity, interoperability and rapid adaptability against changing threats, so that the vectis is not defined by a closed hardware, but by its ability to integrate Useful loads, control architectures and diverse missions according to the needs of each operator. The name, of Latin origin, refers to the “lever” that the system represents to multiply air power. Your first prototype is expected to fly in a two -year periodafter having surpassed Skunk Works his initial proposal “too sophisticated” that was out of the first phase of the program Collaborative Combat Aircraft (CCA) of the United States Air Force. Furtive design The revealed images They show a drone without queue, air inlets mounted on the top, tilted nose line and an S duct that reduces the radar and infrared firm. Its exact dimensions have not been published, although it is known that it is less than an F-16 but greater than the CMMT missile drones of Lockheed herself. The Vectis is designed to operate from conventional clues, although with a view to a future in which it can adapt to austere environments or dispersed bases under concepts such as AGILE COMBAT EMPLOYMENT (ACE). Its architecture allows compact radars, infrared sensors, electronic war systems or retransmission packages to be installed, in addition to carrying air-air and air-surface missiles from internal wineries. In addition, it does not seek to reach supersonic speeds, but Prioritize rankinessresistance and multimisional flexibility. Accompanying hunting. As we said before, the vectis is fully integrated with fifth and sixth generation platforms, as the F-22 and F-35that they can exercise Control nodes To direct dwarfs. In fact, simulations already made show the ability to use it In air defense missionssuppression of anti -aircraft defenses, intelligence, surveillance and recognition. Its open mission architecture, aligned with Washington’s reference standards, allows compatibility with multinational systems and opens the door to use by US allies. Lockheed underlines The importance of intuitive control interfaces, such as touch screens, so that pilots can order maneuvers or armament throws without overloading their workload. The system is designed to fly daily in training, but also to be stored and deployed on demandwhich provides logistics and strategic flexibility. Challenges and the future. The development of an F-35 capable of Direct drone swarms advanced Like the Vectis Raise strategic and ethical questions about the level of acceptable autonomy in war operations. Meanwhile, the logic of the pentagon of moving towards the war in network supports the need … Read more

China already has one of the most advanced observatories on the planet to hunt the most elusive particle that exists

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Neutrinos are The most elusive particles of nature. They were first described from a theoretical point of view in 1930 by Austrian physicist Wolfgang Ernst Pauli, one of the parents of Quantum physics (We owe, among other contributions, known as exclusion principle). However, its experimental discovery took place two and a half decades later, in 1956. We owe it to American physicists Frederick Reines and Clyde Cowan. There is a forceful reason that explains why these particles are so difficult to detect: They barely interact with ordinary matter. In addition, its mass is very tiny, its electric charge is neutral and are not influenced by strong nuclear interaction or electromagnetic force, although due to gravity and weak nuclear interaction. There is no doubt that they are very special particles. Scientists often illustrate how difficult it is to capture a neutrino explaining that every second trillion of these particles go through both the earth and us without colliding with any other particle. You can also illustrate how elusive that they are using quantum mechanics, which ensures that it would be necessary to manufacture a lead plate with a light year thickness to ensure that half of the neutrinos that go through it collide with the particles of the lead block. The Jiangmen Observatory is ready to hunt neutrinos Despite how elusive neutrinos are, we have several observatories that are able to detect them. One of them is The Japanese Super-Kamiokande. This installation is located in Hida, a city located in the central area of ​​Honshu, the largest island in the Japanese archipelago. It is built in a mine, 1 km deep, and measures 40 meters high and another 40 meters wide, which gives a volume similar to that of a fifteen floors building. However, the authentic protagonist of this article is the Underground Observatory of Neutrinos of Jiangmen, which is housed in the Chinese province of Guangdong. Like the Super-Kamiokande Japanese, Juno, which is how this Chinese observatory is known for its English denomination (Jiangmen Underground Neutrino Observatory), It is a real monster. His heart is a cylindrical pool 44 meters deep that is housed in an underground chamber with granite walls. The neutrin detector consists of a 41.1 meters in diameter stainless steel mesh that supports an acrylic sphere of 35.4 meters in diameter The neutrin detector consists of a 41.1 meters in diameter stainless steel mesh that supports an acrylic sphere of 35.4 meters in diameter. This container is full of a very exotic liquid expressly designed to interact with neutrinos and produce a light of light that can be detected. Juno contains no less than 20,000 tons of this liquid, which allows him to erect himself as the largest neutrin detector on the planet. The composition of this fluid seeks to maximize the amount of light generated by the interaction of each neutrino. Its three fundamental components are linear alkyl benzene, which acts as a solvent; 2,5-difeniloxazole, which is the molecule that is excited when a neutrino interacts with herwhich causes the emission of a flash of light; And, finally, 1.4-bis (2-methylstiril) benzene, which absorbs the ultraviolet light that emits 2.5-difeniloxazole and re-enters it with a longer wavelength that is easier to detect. The flashes of light are collected by 45,000 photomultiplier tubes that cover the inner surface of the sphere. By measuring the intensity, position and duration of these flashes, scientists can reconstruct the trajectory and energy of each neutrino. And all this for what? Wang Yifang explains it to usJuno spokesman: “This observatory will allow scientists to address fundamental questions about the nature of matter and the universe.” Neither more nor less. Image | Generated by Xataka with Google Gemini More information | Digital Diario In Xataka | The future circular collider of CERN will cost 20,000 million euros. Can leave us cheap

A hunt is aiming two Tesla Cybertruck to fly through the air

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In the military field, it is normal Try to get ahead to the scenarios that can Pose the enemy. However, what is about to happen in a specific area of the United States possibly breaks with any other operation of the past. In a play that mixes futuristic technology with military strategy, the United States Air Force has two Tesla Cybertrucks between eyebrow and eyebrow, but not to use them, but to destroy them. A singular purchase. Yes, the United States Air Force has launched a peculiar request: has acquired two Tesla Cybertrucks And it is placing them as targets for tests precision with missiles. Although at first glance it may seem an eccentricity, the decision contains a reasoning that goes far beyond symbolism or technological extravagance. The goal declared It is to evaluate how certain types of ammunition react and behave when they hit vehicles that, according to internal projections, could be in the hands of enemies in future combat scenarios. The acquisition is part of a larger package of 33 vehicles that will be allocated to the White Sands Missile Range base in New Mexico, where the Air Force Test Center (AFTC) carries out advanced exercises, many of them in collaboration with the US Special Operations Command (Socom). Cybertruck as part of the enemy. The specific inclusion of the cybertruck inside the list (when no other brand vehicle appears cited) responds to An internal study of February 13, 2025, which evaluated the design, materials, impact resistance and technological innovations of this model. He justifying documentpartially censored but published online, concludes that the angular design and the without painting stainless steel of the vehicle place it in a separate category, completely different from conventional vehicles with steel or painted aluminum chassis. To this is added its electrical architecture of 48v, an still incipient technology among competitors. According to The AFTCthere are no comparable vehicles in the market. One More Thing. But the most disturbing of the application is the premise that supports it: it is considered “probable” that future adversaries begin to use cybertrucks in combat areas, and it is pointed out that these vehicles have demonstrated unexpected resistance to damage after greater impacts. Without specifying the scenario or the enemy to which allusion is made for obvious reasons, the document underlines the need to replicate realistic environments in training, including vehicles that could be used by hostile forces. The war truck. He Geopolitical context in which this restlessness is placed has broader implications. Although it is not explicitly mentioned, SOPGM (Stand Off Precision Munitions) programs are mainly designed to neutralize mobile threats In the Middle East, Central Asia, Africa and other environments where the objectives are usually adapted civil vehicles. In this context, the cybertruck not only embodies a symbol of technological status, but can represent A tactical threat real if used by armed or insurgent actors who seek improvised armor, silent electrical mobility and structural resistance. Recent history offers some clues: Ramzan Kadyrov, leader of Chechnya, He showed publicly Several modified cybertrucks With machine guns 12.7 mm caliber, allegedly sent to Ukraine. Beyond its doubtful origin (given its inclusion in sanctions lists), these vehicles symbolize the growing crossing between consumer technology and irregular war. Other tests in the past with cars Musk’s “apocalyptic” car. When Elon Musk presented the cybertruck in 2019, he did it with a promise: a vehicle “Apocalypse proof”with armored windows, ultra -resistant and science fiction chassis. Since then, it has been subject to fervor and mockery in equal parts. Ha suffered withdrawalcriticism for Your finishesdoubts about Your reliabilityand a growing perception that the initial vision has been weighed by structural problems. In spite of everything, Tesla has sold about 46,000 units (according to estimates of this spring), with the majority concentrated In North America. However, it has been confirmed that some copies have already arrived in the Middle Eastand Tesla announced in April that it will open direct sales In Saudi Arabia, United Arab Emirates and Qatar before the end of the year. The importance of the enclave. That geographical turn of the Cybertruck distribution cannot be overlooked. If the vehicle becomes available in regions where militias or state actors with interests facing the United States operate freely, it could become an impromptu platform For mobile attacksarmored transport or even paramilitary use. In fact, several companies are already offering Modified versions of the cybertruck for security agenciespolice bodies or armed forceswith additions such as additional armor, tactical kits and unnimlined unipersonal configurations. The United States Department, which this year considered Acquire cybertrucks for diplomatic use, canceled that intention shortly after, probably because of the political and symbolic implications of the vehicle. Consumer technology (or conflicts). The history of the use of civil vehicles as whites in military training It is not new. For years, the US army has employed Toyota Hilux or Land Cruisers trucks, Imimitations of Asian SUV or sedans used by insurgents, as part of its simulation exercises. The new in this case is The qualitative leap which represents the cybertruck: a high -end electric vehicle, sold as an emblem of modernity and status, which now enters the orbit of asymmetric war. The decision of the Air Force to use it as a target of proof reflects a broader transformation in the way in which armies are prepared for the conflicts of the future. It is no longer just training against armored armored or pickups, but to assume that high -tech civil arsenal (globally commercialized) can be integrated into operations theaters in an unconventional way. Between the plausible and the absurd. The Tesla case as a missile goal Raises broader questions about the evolution of modern combat. If the military considers plausible for a future enemy to use luxury electric vehicles as mobile war platforms, what other elements of the civil world could be militarized? The same logic that promotes the acquisition of these training vehicles can be applied to Other technological artifacts whose use moves from private consumption to … Read more

Generate day energy and hunt asteroids at night

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At the time they seemed the future of solar energy for their ability to follow the sun with oscillating mirrors. Today the solar concentration plants, which direct the light by heliostats towards a large central tower, They cannot compete with photovoltaic prices collapse. But when a door closes, sometimes a window opens to the universe. Short. A pilot project in the United States has begun to take advantage of these gigantic mirrors when the sun falls for the Planetary Defense. For the day, heliostats generate energy concentrating sunlight in a tower connected to steam turbines. At night, they defend the planet of potentially dangerous asteroids. The figures are devastating. The thermoelectric solar energy has lost the battle against photovoltaic by win. In 2023, the world installed the record figure of 345.5 gigawatts in solar panels, but the solar thermos I barely added 0.3 GW in total. And what is worse, since then construction is not started of no new plant. Although Spain, the world leader in concentration technology, maintains its centrals working, other projects are canceled or reconvisaged. Morocco has replaced the Termosolar part of the MEGACOMPLEJO NOOR MIDELT by photovoltaic after qualifying it as “immature and face technology”. And iconic projects, such as the gigantic Ivanpah plant in Californianow face their closure for not being able to compete with the low price of photovoltaic kilowatt. Save the planet, and incidentally investment. Given this panorama, what can be done with these huge and expensive infrastructure? John Sandusky, scientific researcher at Sandia laboratories, has been turning an idea for almost 20 years. “Heliostat fields do not have a night job. They are simply there, without using,” Explain in a statement. “We have the opportunity to give a night work at a relatively low cost to find objects close to Earth.” The proposal is not to use heliostats to take photos of the sky. Its optical quality is not enough to form crisp images such as a telescope. The genius of the proposal, embodied in a Study of the late 2024 That has already been put into practice, lies in using what these mirrors do best: concentrate light. A lot of light. How it works. The traditional method seeks in the long exposure images the steles that the asteroids leave when moving against the fund of fixed stars. Sandusky’s method is radically different and is based on frequency analysis. Instead of aiming at a fixed point, the plant’s software causes the heliostats (mirrors designed to follow the sun) oscillate, sweeping a small portion of the sky at a constant and repetitive rate. The light of the stars, swept at this constant pace, generates a signal in the tower receiver with a specific and predictable frequency. It is the “tone” base of the sky. If an asteroid crosses that field of vision, moves at a different angular velocity from that of the stars. This makes the light that reflects generates a signal with a slightly different frequency from that of the “tone” base. It is a tiny change, but measurable with current technology. And can be used to detect asteroids due to its speed relative to the stars. From theory to practice. A team has demonstrated its viability using a single heliostat, and is already working to climb the project to a large solar plant to increase sensitivity and to detect smaller and more distant objects. Even tracking satellites and other objects in the cislunar space, to sell the idea to the space force. Sandusky’s idea is a masterful example of lateral thought. Instead of building new and very expensive observatories, it reuses a multimillion -dollar infrastructure that would otherwise be inactive half of the time. A technology that fights to survive in the competitive energy market and that could find a second life, a second job. Image | Pexels In Xataka | It was inaugurated in 2014 as the largest solar thermal energy plant in the world. Will close after setting fire to birds

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