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The Montecristodog show

The Montecristodog show

By: Angel Santos
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 Welcome to our podcast. We will explore the latest news in Technology. If you like Technology, this is your podcast. Our podcast will prepare you and give you a view of the future.Copyright Caleb A Santos Politics & Government
Episodes
  • Ai in Warfare.

    Ai in Warfare.
    Jul 3 2025
    The integration of artificial intelligence into military technology is rapidly transforming the landscape of warfare, ushering in an era of enhanced autonomy and lethality in weapons systems. As of 2025, leading nations like the United States, Russia, Israel, and China are at the forefront of developing AI-driven armaments designed to operate with minimal human intervention. While these advancements offer significant strategic advantages, they concurrently ignite profound ethical and security debates. This article delves into five key future weapon systems poised to leverage AI for increased destructive capabilities, examining both their technological implications and the ongoing international efforts to establish regulatory frameworks for their deployment.

    Among the prominent AI-powered military innovations are autonomous drones, which can independently identify and engage targets. The 2020 use of the Kargu 2 drone in Libya, potentially the first autonomous killer robot to attack humans, marked a critical turning point. Similarly, AI-equipped drones have demonstrated their deep penetration capabilities in the Ukraine-Russia conflict, targeting vital infrastructure. The U.S. Replicator program, with its $1 billion allocation, exemplifies the heavy investment in weaponized autonomous vehicles that utilize AI for advanced navigation and target recognition, making them highly effective in complex battle scenarios.

    Beyond drones, AI is enhancing the precision and adaptability of missiles and unmanned undersea vehicles (UUVs). AI-enhanced missiles, such as Russia's reported developments and the U.S.'s Autonomous Brimstone, can process real-time data for precise strikes, raising concerns about accountability when autonomous systems make life-or-death decisions. In naval warfare, UUVs are becoming crucial, with AI boosting their autonomy for tasks like mine clearance and anti-submarine warfare. Russia's alleged "Status 6" torpedo highlights the potential for AI to enable independent operation in challenging underwater environments, increasing effectiveness but also the risk of unintended consequences in sensitive maritime zones.

    Swarm technology and AI-controlled robots further illustrate the evolving nature of AI in warfare. Swarm technology coordinates multiple AI-driven units, like drones, to act as a cohesive, overwhelming force, as demonstrated by Israel in Gaza and by DARPA's development of swarms with up to 250 autonomous lethal drones. These systems, communicating and adapting in real-time, pose a significant threat due to their potential for mass harm. Concurrently, nations like Israel and Russia are developing AI-controlled robots, ranging from micro-robots to larger military systems, which are highly effective in dangerous terrains but provoke ethical questions about machines exercising judgment in life-and-death situations.

    The rise of lethal autonomous weapons systems (LAWS) has ignited widespread ethical and security concerns, leading to calls for international regulation. Critics cite issues such as the immorality of machines making life-and-death decisions, the lack of accountability for unpredictable AI systems, and the potential for rapid conflict escalation. Furthermore, the ease of proliferation of AI weapons raises fears of their misuse by non-state actors or for selective targeting based on demographic factors. Despite significant efforts by over 100 countries and organizations like the ICRC advocating for a legally binding treaty to ban or regulate these weapons, the rapid pace of technological development continues to outstrip regulatory frameworks, underscoring the urgent need for global cooperation to ensure responsible innovation and safeguard human lives.
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    5 mins
  • Ai And Silent Movies / Gold In Old Electronic Devices

    Ai And Silent Movies / Gold In Old Electronic Devices
    Jul 2 2025
    Unearthing a Treasure: The Return of Chaplin’s Original Gold Rush

    Charlie Chaplin’s silent classic *The Gold Rush* has undergone a painstaking 4K restoration that brings its original 1925 form back into the spotlight after nearly a century. While the use of digital tools to enhance old films is often divisive, this restoration—premiering at Cannes and shown globally—demonstrates how careful application of modern technology can honor cinematic history.

    The revival celebrates the film’s centennial and provides audiences with an experience true to Chaplin’s original vision, one long overshadowed by a later sound version. Chaplin himself dramatically altered *The Gold Rush* in 1942, turning it into a "talkie" complete with voiceover narration, reediting, and a new musical score. He believed the new version improved the film, and many audiences at the time agreed.

    Yet not all fans were convinced—some felt that the reworking compromised the subtlety and pathos of the original. Adding to the controversy, Chaplin had most copies of the 1925 version destroyed, believing his reimagining to be definitive. Thankfully, in the 1980s, film historians Kevin Brownlow and David Gill began recovering elements of the silent original. A Japanese archive print and segments preserved through unofficial "pirate" efforts helped piece together a 1993 hybrid version. Even though imperfect, it laid the groundwork for the full restoration that would come decades later.

    With advances in communication and archival cooperation, the Chaplin Office launched a final global search for surviving reels. The restoration was carried out by L’Immagine Ritrovata in Italy, using a mix of high-quality negatives, full-frame prints, and nitrate film. The process took 10 months of precise, frame-by-frame work, using minimal digital intervention to preserve authenticity. The result is a faithful re-creation of the 1925 *Gold Rush*, marking a monumental achievement in film preservation and giving new life to a lost masterpiece that shaped cinematic history.

    Turning Trash into Treasure: A Safer Way to Extract Gold from E-Waste

    In a world increasingly cluttered with outdated electronics, researchers at Flinders University have developed a groundbreaking method to recover gold from e-waste without relying on toxic chemicals. Traditional gold extraction often involves hazardous substances like cyanide and mercury, posing serious risks to both people and the planet. The new technique uses a compound commonly found in pool disinfectants—trichloroisocyanuric acid—combined with salt water to safely dissolve gold from discarded devices.

    Gold’s enduring value lies in its excellent conductivity and resistance to corrosion, making it essential in modern electronics. Yet, despite its widespread use, much of the gold embedded in gadgets ends up in landfills. The United Nations reported a staggering 62 million tons of e-waste generated globally in 2022. Conventional recycling methods not only waste water but also release harmful runoff into ecosystems, intensifying the need for cleaner alternatives.
    The Flinders team’s innovation doesn’t stop at dissolving gold. They created a sulfur-rich polymer that selectively binds to gold molecules, even in complex mixtures. Once the gold is captured, the polymer can be broken down and reused, leaving behind pure, recyclable gold. This closed-loop system aligns with circular economy principles and significantly reduces environmental impact.

    While the method is still being tested for large-scale use, it has already shown promise in extracting gold from various sources, including ore and scientific waste. In the meantime, consumers can still contribute by using certified e-waste recycling centers or selling old electronics to scrap yards. As this technology evolves, it could revolutionize how we reclaim precious metals from our digital debris.

    Want more tech news? Check out https://www.popsci.com/category/technology/

    For more on Chaplin, check out this link...https://youtu.be/KNdl1pUL0UQ?si=z6vH4BRSahidGOUy
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    5 mins
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