<video><title>The Miracle of Water - Beyond H2O: The Curious Case of Exclusion Zone Water</title><description>The Miracle of Water is a captivating tale about water that will take you from the microscopic wonders of the cellular world to the cosmic rhythms of the universe.</description><transcript><transcript><line from="00:00:00,000" to="00:00:07,000">Welcome back dear listeners to another episode of the Miracle of Water, the show where we unraveled the mysteries of water,</line><line from="00:00:07,000" to="00:00:09,000">one molecule at a time.</line><line from="00:00:09,000" to="00:00:14,000">I'm your host Sebastian and I can't wait to dive into today's topic with you.</line><line from="00:00:14,000" to="00:00:20,000">Last time we explored the fundamental properties of water that make it a cornerstone of life as we know it.</line><line from="00:00:20,000" to="00:00:24,000">But today we're going beyond the H2O you thought you knew.</line><line from="00:00:24,000" to="00:00:30,000">We're venturing into the realm of exclusion zone water or as scientists like to call it easy water.</line><line from="00:00:30,000" to="00:00:33,000">Now this isn't your everyday tap water.</line><line from="00:00:33,000" to="00:00:39,000">It's a specialized form of water with some pretty fascinating characteristics that set it apart.</line><line from="00:00:39,000" to="00:00:42,000">It's like the secret VIP room of the water world.</line><line from="00:00:42,000" to="00:00:44,000">Why is this so intriguing?</line><line from="00:00:44,000" to="00:00:52,000">Well, for starters, its unique properties have caught the attention of scientists and researchers around the globe.</line><line from="00:00:52,000" to="00:00:59,000">They believe that understanding easy water could unlock new insights into biology, health,</line><line from="00:00:59,000" to="00:01:03,000">and maybe even the fundamental nature of water itself.</line><line from="00:01:03,000" to="00:01:09,000">So ready to step into the VIP room and explore the curious case of exclusion zone water?</line><line from="00:01:09,000" to="00:01:14,000">Trust me you won't want to miss this, unique properties.</line><line from="00:01:14,000" to="00:01:21,000">Alright now that we've set the stage for our VIP guest, let's delve into what makes exclusion zone water or easy water.</line><line from="00:01:21,000" to="00:01:24,000">So unique and fascinating.</line><line from="00:01:24,000" to="00:01:27,000">It's like the artisanal coffee of the water world.</line><line from="00:01:27,000" to="00:01:31,000">Similar to what you're used to but with a twist that makes all the difference.</line><line from="00:01:31,000" to="00:01:34,000">First up is viscosity.</line><line from="00:01:34,000" to="00:01:40,000">Now for the uninitiated viscosity is essentially a measure of a fluid's resistance to flow.</line><line from="00:01:40,000" to="00:01:42,000">Think of honey versus water.</line><line from="00:01:42,000" to="00:01:44,000">Honey is more viscous.</line><line from="00:01:44,000" to="00:01:49,000">Believe it or not, easy water is more viscous than your regular H2O.</line><line from="00:01:49,000" to="00:01:53,000">Imagine it as a thicker, more velvety version of water.</line><line from="00:01:53,000" to="00:01:55,000">But wait, there's more.</line><line from="00:01:55,000" to="00:01:58,000">Easy water doesn't just have higher viscosity.</line><line from="00:01:58,000" to="00:02:02,000">It also has higher density and alkalinity compared to regular water.</line><line from="00:02:02,000" to="00:02:11,000">Picture this, if water were a musical scale, easy water would be hitting some really unique notes both low and high that you wouldn't normally hear.</line><line from="00:02:11,000" to="00:02:17,000">Now one of the most intriguing features of easy water is its ability to exclude salutes.</line><line from="00:02:17,000" to="00:02:21,000">Salutes are simply substances that can be dissolved in a liquid.</line><line from="00:02:21,000" to="00:02:26,000">In the case of easy water, it's like an exclusive club that doesn't let just anyone in.</line><line from="00:02:26,000" to="00:02:35,000">It has the unique ability to push out other substances and particles, creating an environment that's distinct from surrounding waters.</line><line from="00:02:35,000" to="00:02:43,000">So why should we care about a water type that's thicker, denser, more alkaline and picky about what it mingles with?</line><line from="00:02:44,000" to="00:02:49,000">Well, these properties might have profound implications for biological systems.</line><line from="00:02:49,000" to="00:02:53,000">Implications that scientists are just beginning to understand.</line><line from="00:02:53,000" to="00:03:00,000">Intrigued yet, I hope so, because after the break, we're diving even deeper into one of the most electrifying aspects of easy water.</line><line from="00:03:00,000" to="00:03:02,000">It's charge potential gradients.</line><line from="00:03:02,000" to="00:03:03,000">Stay tuned.</line><line from="00:03:03,000" to="00:03:06,000">Charge potential gradients.</line><line from="00:03:06,000" to="00:03:12,000">Welcome back to the miracle of water, where we're diving into the electrifying world of exclusion zone water.</line><line from="00:03:13,000" to="00:03:20,000">Earlier we touched on its unique properties, like its increased viscosity and ability to exclude salutes.</line><line from="00:03:20,000" to="00:03:26,000">But now let's talk about something that might just be the most charged topic of them all.</line><line from="00:03:26,000" to="00:03:28,000">Charge potential gradients.</line><line from="00:03:28,000" to="00:03:32,000">First off, what is a charge potential gradient?</line><line from="00:03:32,000" to="00:03:37,000">In simple terms, it's the difference in electrical potential across a distance.</line><line from="00:03:38,000" to="00:03:44,000">Imagine a hill, the steeper the hill, the more potential energy you'd gain if you rolled down it.</line><line from="00:03:44,000" to="00:03:52,000">In the same way, a high charge potential gradient in easy water means there's a lot of potential for electrical interactions.</line><line from="00:03:52,000" to="00:03:54,000">Now why is this so compelling?</line><line from="00:03:54,000" to="00:04:01,000">Well, easy water has shown to have extremely high charge potential gradients compared to regular water.</line><line from="00:04:01,000" to="00:04:07,000">Like a roller coaster with steep hills and valleys offering a high octane ride for charged particles.</line><line from="00:04:07,000" to="00:04:12,000">These steep gradients could be game changers for biological systems.</line><line from="00:04:12,000" to="00:04:20,000">Just as gravity pulls you down a steep hill faster, these high charge gradients could accelerate or facilitate biochemical reactions.</line><line from="00:04:20,000" to="00:04:25,000">Potentially revolutionizing our understanding of cellular processes.</line><line from="00:04:25,000" to="00:04:33,000">Imagine if these gradients could influence how DNA replicates or how enzymes interact with substrates.</line><line from="00:04:33,000" to="00:04:40,000">The possibilities are both thrilling and mind boggling and researchers are just beginning to scratch the surface.</line><line from="00:04:40,000" to="00:04:46,000">So the next time you think of water, remember that it's not just a passive liquid.</line><line from="00:04:46,000" to="00:04:55,000">In forms like easy water, it's an electrically vibrant entity that might just hold the key to unlocking new scientific frontiers.</line><line from="00:04:55,000" to="00:05:03,000">Up next, we'll summarize today's electrifying revelations and give you a sneak peek into our next episode,</line><line from="00:05:03,000" to="00:05:08,000">where we enter the realm of radio signals and quantum speculations.</line><line from="00:05:08,000" to="00:05:10,000">You won't want to miss it.</line><line from="00:05:10,000" to="00:05:14,000">We draw the curtain on today's episode of the Miracle of Water.</line><line from="00:05:14,000" to="00:05:19,000">It's clear that we've journeyed through some awe-inspiring territory.</line><line from="00:05:19,000" to="00:05:32,000">We've delved into exclusion zone water, a unique form of H2O that's denser, more viscous, and teaming with electrical gradients that could change the way we look at biology.</line><line from="00:05:32,000" to="00:05:44,000">It's a whole new world, a VIP room in the water universe, with qualities so distinct and intriguing that they're rewriting the rule book of what we thought we knew about this essential liquid.</line><line from="00:05:44,000" to="00:05:55,000">But remember, today's revelations are part of a bigger picture, a mosaic of scientific wonders that's both grounded in research and rich and speculative possibilities.</line><line from="00:05:55,000" to="00:05:59,000">Next time, we're pushing the boundaries even further.</line><line from="00:06:00,000" to="00:06:11,000">We'll venture into the mysterious realm of radio signals emitted by water and explore quantum speculations that might just turn the world of science upside down.</line><line from="00:06:11,000" to="00:06:16,000">If you thought today was electrifying, you haven't seen anything yet.</line><line from="00:06:16,000" to="00:06:25,000">So keep that sense of wonder alive, refill your glass of water, and prepare to be amazed as we continue this incredible journey.</line><line from="00:06:25,000" to="00:06:29,000">Until next time, this is Sebastian signing off.</line><line from="00:06:29,000" to="00:06:34,000">Take care and keep pondering the liquid enigma that is water.</line></transcript></transcript></video>