a conglomerate that has eaten up the separation of powers

SpaceX just bought xAI. On paper it may seem like it is one more merger in Musk’s empire. But put it all together and you will see that it is something else. All of that now operates under the same roof. And it is not a normal conglomerate. It is more similar to what in other centuries the Indian companies: private entities but with almost sovereign capabilities. Those had armies, Musk has rockets, telecommunications infrastructure that operates globally, control of information flows and public discussions, and access to military intelligence. The difference is that empires could dissolve these companies when they became problematic.. Here it is the other way around. The West has outsourced so many sensitive things, from space launches to conflict connectivity to satellites to intelligence processing, that setting limits on Musk is shooting yourself in the foot. How are you going to regulate the guy who launches spy satellites at you, keeps you connected in war and processes your classified data? Each individual step never raised suspicions because they have always made sense: But no one designed this as a system. It has been happening alone, contract after contract. And now you have a private player with more operational capacity in certain domains than some countries. It is not a monopoly that you can chop up. It is critical infrastructure concentrated in someone who also controls media speakers, has direct political capital and operates in the regulatory limbo of the space. Separating that has much more to do with geopolitics than with telecoms or competition. What government is going to dare to take for granted the person who handles its military communications? The merger with xAI only makes visible what already existed. Musk did not need to formally bring the companies together because they already shared data, engineers and infrastructure. To put it in black on white is to publicly admit what was operating in the shadows: a conglomerate with strategic scope that goes beyond what liberal democracies designed as possible for a private actor. The West has gotten itself into this trap. No one has forced him and he cannot point the finger at a Chinese president or shift responsibility to an external threat. He wanted rapid innovation while keeping costs low, so he handed over sensitive capabilities to someone who is now too big to touch without hurting you. The incentives were right at the beginning. It is no longer clear that they continue to fit. But it doesn’t matter. We passed the point of no return a long time ago. In Xataka | The who’s who of SpaceX’s competitors: which other companies are making a big splash in space Featured image | SpaceX

that of the US trying to find it before the rest of the powers

What could perfectly be the beginning of a work of fiction framed in a novel or a film, is taking place right now in some remote part of the planet. The episode of the GBU-39a bomb of American origin, lost somewhere in Beirut, has sparked a silent race between Washington, Lebanon and, potentially, Russia, China and Iran. The loss that can alter a strategic balance. What, on the surface, might seem like a mere failure to detonate a guided bomb becomes a matter of the highest strategic priority when the device in question belongs to one of the most important families of precision munitions. studied, valuable and restricted of the American arsenal. According to JPostthe bomb fell during the attack that killed Hezbollah’s military commander, Ali Tabatabaiand when it did not explode, it was made available to anyone who managed to access it before the American or Israeli teams. Washington solicitous immediately to the Lebanese Government for its recovery, aware that, if it reached the hands of Russia, China, Iran or even Hezbollah, the loss would be much greater than a simple lost device. It would be a direct access to decades of researchadvanced composite materials, guidance algorithms and electronic architecture whose reproduction could transform the ability of various powers to counter or replicate the American model of surgical strike. These types of incidents, in fact, it’s not newbut its context (a capital burned by regional tensions and the active presence of actors with the technical capacity to exploit the discovery) makes it an exceptional threat. A small bomb with huge implications. The GBU-39 is a glider bomb small diameter designed to combine range, penetration and millimeter accuracy within a compact body. just 110 kilos. Its operational concept is simple but devastating: when launched, it deploys wings that allow it to glide up to about 110 kilometers even without an engine, keeping the launching aircraft out of enemy defensive range. Its GPS and inertial guidance achieves errors of less than a meter, which reduces the number of ammunition needed for an attack and increases the survival of the device. The relationship between weight and damage generated is what has made it a benchmark: thanks to its highly efficient warhead, it can destroy reinforced structures without having to resort to much larger bombs. Its size allows an F-35 transport up to eight in its internal hold without compromising its radar signature, and for a single aircraft to carry out multiple attacks in a single sortie. That’s why the United States strictly controls its export, limiting it to close partners and technologically reliable family members. Loading a Gbu39 Washington’s fear. The American concern lies not in the explosive (easy to replicate), but in what the bomb hides: miniaturized sensors, lightweight and resistant composite materials, navigation and data fusion algorithms, microelectronics designed to survive thermal and vibrational stress, and a guidance system robust against interference. All this represents billions in R&D accumulated over two decades. Whether Russia or China could examine an intact GBU-39 would mean accelerate your capacity to improve anti-radar systems, develop countermeasures against precision attacks or even integrate equivalent technologies into their own arsenals of gliding bombs, which are advancing today but still lack American refinement. For Iran or Hezbollah, access to the bomb would have a additional value: would allow studying how to degrade American precision in an electronic warfare scenario, or even replicate part of the design in local munitions. A race against time. The United States has already experienced similar episodes that fuel its current reaction. In 2022, after the crash of an F-35C In the South China Sea, the Navy mobilized an urgent deep-sea recovery operation to prevent the device, with its AESA radarits distributed sensors and its stealth coating, will end up in the hands of Beijing. China itself denied interest, but the precedent from 2001 (when an American EP-3 made an emergency landing in Hainan and its equipment was inspected for months) made it clear that every opportunity for technological dismantling is taken advantage of without nuances. The possibility of a perfectly good bomb resting in a Beirut neighborhood, accessible to state and non-state actors, reproduces this pattern in an environment much more chaotic and close to the territory of pro-Iranian groups. Geopolitics of a lost artifact. For Israel, the lost bomb represents a direct operational risk: its technology in the hands of Hezbollah would allow the design of local countermeasures adapted to its mode of attack. For the United States, the problem is much broader: the proliferation of sensitive knowledge that can fuel Russian military modernization in the midst of a war of attrition, accelerate the Chinese transition towards highly efficient guided munitions or reinforce the Iranian reverse engineering ecosystem. For Russia, China or Iran, however, the discovery would be a capacity multiplierespecially in electronic warfare and in the development of long-range gliding munitions, key in future conflicts. And for Lebanon, caught between American, Israeli and Iranian pressures, the return or not of the GBU-39 becomes a deeply political actalmost inevitably interpreted as a gesture of alignment on a board where every piece counts. Strategic consequences. He incident reveals an inconvenient truth: in modern warfare, a single unexploded device can be equivalent to thousands of pages of classified documentation. The proliferation of gliding bombs (from Russia to China via Türkiye or Iran) means that competition is no longer just about launching ever more precise ammunition, but about preventing the adversary from understanding how to do it the same. If the lost GBU-39 ends up recovered by the United States, the episode will likely remain an anecdote. But if not, its impact could feel in development of new interference systems, in stealth attack doctrines, in the precision of Chinese gliding bombs, in the resilience of the Americans or even in the behavior of the Israeli air defense. Image | Master Sgt. Lance Cheung, Ministerie van Defensie, Picryl In Xataka | No one has seen Israel’s atomic arsenal. And that’s because Israel has an … Read more

He has not created a superhero, but radiation has given healing powers to the most unexpected material: to concrete

It is difficult to imagine a world without concrete. This material has been fundamental in the history of mankind And it is still a pillar in modern construction. Although we are exploring more sustainable alternatives such as woodthere are constructions in which the concrete remains the clear protagonist. An example is nuclear power plants, which need to be resistant and well isolated. And a new study has investigated The effect of nuclear radiation on concrete. The most surprising thing is that radiation bombardment has an effect … curative. The study. The researchers at the University of Tokyo were not looking for a U -cement Self -backreparable concretebut the impact of nuclear radiation on concrete. Being the main structural material and armor in nuclear centrals and reactors, there is a concern about how radiation influences the aging of that armor. Specifically, the objective was to verify what is the impact on quartz, a common material in the rock that is used in the mixture of concrete, regardless of the part of the world in which that mixture is manufactured, and measure the impact on quartz It can help us understand how radiation affects the structure of the building. The good news is that, in theory, these concrete structures are more stable in the long term of what was believed, since radiation induces relaxation processes in quartz that allow some recovery of their internal structure. Irradia the quartz. To carry out the study, the effects of the irradiation of neutrons in different types of quartz were investigated. The synthetic, metacuarcita, sandstone and granodiorite quartz were irradiated at a temperature between 45 and 62 degrees Celsius, with a damage by displaced atom that ranged between 0.01 and 0.23 units. IPPEI Maruyama is one of those responsible for the investigation and Comment That the flow of neutron radiation “distorts the crystalline structure, causing amorphization and expansion.” This would be something negative because it implies that the material is not stable, but the surprising thing is that, due to the role of silicon and oxygen within the quartz grains, a healing process is triggered that mitigates the expansion of the volume of the material induced by Radiation. Self -repair. “At the same time there is a phenomenon in which distorted crystals recover and the expansion decreases,” says Maruyama. This is something that depends on the size of mineral crystals within concrete. For example, the largest grains showed a lower expansion, so the degradation of the concrete, which is one of the current concerns when building and maintaining nuclear centrals, could be less severe than what was thought. Likewise, the researcher confirms that “a lower radiation rate allows more time for self -reparation”, allowing nuclear energy plants to “operate safely for longer periods of time” of which it was expected initially. Next steps. There are still questions to be resolved, since the same team comments that they have a task ahead. The University of Tokyo’s team has been studying the impact of radiation on concrete since 2008, but confirms that it is an expensive field of study, so carrying out extensive research is not easy. Now, with this finding, Maruyama is confident that they will continue to explore the impact of nuclear radiation beyond quartz to, for example, see if that expansion phenomenon occurs in other minerals that make up the concrete. The objective is not only to predict how cracks are formed due to the expansion of minerals that are being bombarded by radiation, but how to select the best materials to create a much more resistant concrete for future nuclear energy plants. Beyond the centrals. We will have to see the next steps of the researchers to strengthen those first opinions of the study, but it is evident that getting a self -realistic concrete is an obsession. Due to CO2 emissions during its productionto what Its maintenance is very expensive Since it is ending world -sand reserves, having a material that repairs itself is something that different teams throughout the planet have been investigating for years. And progress has been made, such as mixtures with sugar either coffee that allow some self -repair of concrete. We will see, yes, what takes to use that new concrete on a day -to -day basis. Image | SAM300292 In Xataka | We use both cement that has become a serious problem. Solution: replace it with garbage

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