China Is About To Change The World Forever With This, And “It’s Changing EVERYTHING“

China Is About To Change The World Forever With This, And “It’s Changing EVERYTHING“ Let’s dive into a fascinating topic that’s shaping the future of technology and international relations: the supercomputing rivalry between the U.S. and China. It’s not just about who has the fastest machines; it’s about power, innovation, and what it means for the world. For years, American and Chinese scientists were like best buddies, working together on supercomputers—those massive machines that help us tackle everything from predicting hurricanes to developing vaccines. Think of them as the heavyweights of the tech world, essential for pushing the boundaries of artificial intelligence (AI). But recently, things have taken a turn, and not for the better. If You Like This Video; Like, Share, Comment And Subscribe. This Means A Lot To Us! Thanks For Watching Our Video; China Is About To Change The World Forever With This, And “It’s Changing EVERYTHING“ In a surprising move, China decided to pull out of the Top500 supercomputing forum, a key platform where the world’s fastest supercomputers are ranked. This forum has been a staple since 1993, showcasing the best and brightest in supercomputing. The latest ranking, released in June 2023, showed that the top three supercomputers are all based in the U.S. But hold on—experts like Jack Dongarra, one of the co-founders of the Top500, believe that the reality might be different. “The Chinese have machines that are faster,” he says. They just haven’t submitted their results. That’s a big deal! So, why does this matter? Well, this withdrawal marks the end of an era and creates a significant divide in the scientific community. Western scientists are worried that this separation will slow down the development of AI and other technologies. Instead of collaborating, both countries are now working in silos, which could stifle innovation. And here’s where it gets really interesting: the U.S. government is struggling to figure out whether it or China has the upper hand in supercomputing capabilities. Some academics are even taking it upon themselves to dig for clues about China’s progress, poring over research papers and chatting with Chinese peers at conferences. It’s like a high-stakes game of tech detective! Now, let’s talk about why supercomputers are so crucial in this rivalry. It’s not just about bragging rights; it’s about national security. Jimmy Goodrich, a senior adviser for technology analysis at Rand Corp., puts it bluntly: “If the other guy can use a supercomputer to simulate and develop a fighter jet or weapon 20% or even 1% better than yours… it’s checkmate.” In this game, the country with the faster supercomputers can gain a significant edge in military technology and nuclear capabilities. The U.S. has been tightening the screws on China’s access to advanced technology for a while now. Back in 2015, the U.S. cut off Chinese supercomputer developers from accessing Intel chips and other high-tech hardware. This was just the beginning. By 2019, under the Trump administration, things escalated further, with several Chinese supercomputing organizations blacklisted for allegedly having military ties. These restrictions have had a big impact. Analysts believe that China’s decision to keep its supercomputing capabilities under wraps is partly due to fears that the U.S. might impose even stricter measures if they show off their advancements. Without access to cutting-edge chips, many of which come from companies like Nvidia, China faces some serious challenges in maintaining its competitive edge. Despite these hurdles, China isn’t sitting still. The Chinese government is increasingly turning to domestically produced processors to power their supercomputers. However, this shift comes with its own set of issues. Many of these chips are older-generation models, which means China might have to rely on a brute-force approach. Imagine stringing together hundreds of thousands of less powerful chips. Let’s take a moment to appreciate the impressive strides China has made in supercomputing. The journey began back in the 1960s when the U.S. first started developing these machines. Fast forward to today, and you’ll see that the landscape has changed dramatically. In November 2017, China boasted 202 supercomputers on the Top500 list, compared to just 143 for the U.S. That’s a significant shift! But here’s the kicker: many high-performance machines in China remain unreported. Dongarra estimates that around 50 supercomputers owned by intelligence agencies or private firms would likely make the Top500 if their owners decided to share the data. More Details In The Video