VIDEO Almost All Random Numbers Are Actually Fake

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Almost All Random Numbers Are Actually Fake In this engaging YouTube video titled "Almost All Random Numbers Are Actually Fake", creator Thoughty2 delves into the fascinating world of random number generation (RNG) and its implications. The video opens with a humorous nod to "RN Jesus," a light-hearted cultural reference among gamers who often rely on RNG in video games. From the thrill of finding rare items in games like Minecraft to the frustration of bad luck in Hearthstone, RNG plays a pivotal role in gaming experiences. Thoughty2 discusses the origins of random number generation, challenging viewers to consider the historical context of RNG. Surprisingly, the concept dates back far earlier than most would assume—dice, one of humanity’s earliest random generators, have been used for over 5,000 years. The video highlights how humans struggled with randomness long before the digital age, often leaning on physical tools rather than relying on our inherently predictable nature. For instance, a survey showed that almost 28% of individuals chose the number 7 when asked to pick randomly from 1 to 10, highlighting a lack of true randomness. The narrative progresses into the implications of RNG in significant historical events. Thoughty2 notes how the German Enigma machine's reliance on random selections for its operations played a key role in WWII, and how predictable randomness could have disastrous consequences. Moving from historical anecdotes to present-day applications, the video addresses how modern technology, especially in cryptography, relies heavily on high-quality RNG. Thoughty2 explains the difference between true randomness and pseudo-randomness. Modern random number generators (RNGs) often use algorithms that, while effective, can still be predictable if the seed value is known. This is where the importance of cryptographically secure pseudo-random number generators (CSPRNGs) comes into play, combining both theoretical randomness and practical application. The creator also emphasizes the immense significance of true random number generation for online security, suggesting that a failure in RNG could lead to catastrophic breaches in data security, impacting everything from banking to personal information. Thoughty2 wraps up the video by humorously addressing the tension between true random number generation and pseudo-random number generation. He encourages viewers to reflect on how our understanding of randomness has evolved and continues to shape technology and our everyday lives. This fascinating exploration invites comments and discussions from viewers, prompting questions about their experiences with RNG in games or online security concerns. What are your thoughts on randomness in gaming? Have you ever experienced a frustrating moment that felt dictated by RNG? Feel free to share your insights or any related experiences below!