EPISODE · Dec 5, 2019 · 34 MIN
How We Know Water Has Been Systematically Misunderstood By Science
from Solving Tornadoes: Physics of Storms and Flow · host James McGinn
Correction to The Current Model of Hydrogen Bonding in Water http://www.thunderbolts.info/forum/phpBB3/viewtopic.php?f=10&t=17448 Understanding the intrinsic elasticity of hydrogen bonds between H2O molecules in liquid water involves three insights: 1) Firstly one must comprehend that the force that brings H2O molecules together (polarity) is a result of the asymmetry (lopsidedness) of the H2O molecule's electromagnetic signature. 2) Secondly one must comprehend that hydrogen bonds between water molecules reverse this electromagnetic asymmetry achieving electromagnetic symmetry (balance) thereby neutralizing some fraction (see below) of the magnitude of this force. 3) Lastly one must comprehend how this neutralization is relative (according to proximity) and fractional, a maximum of 25% per bond as each H2O molecule can form a hydrogen bond with up to four other H2O molecules in its vicinity, potentially neutralizing up to 100% (4 x 25%) of each other's polarity. In short, the magnitude of polarity of H2O molecules in liquid water is inversely related to their interconnectedness. The more interconnected they are (the more comprehensively they are hydrogen bonded to one another) the lower is their polarity. And since polarity determines the magnitude of the force that attracts them to one another, the more interconnected they are the less is the magnitude of the force that keeps them together. Through this understanding most of the anomalies of H2O are easily resolved. And from this we can understand where conventional theorists failed when it comes to understanding water. It is very simple. They understood #1 and they understood the parts of #3 that are not effected by #2 but they completely dropped the ball when it comes to comprehend #2. Simply put, they failed to comprehend that hydrogen bonds bring electrical gradients that oppose and, thereby, cancel out the electrical gradients that cause the H2O molecule's polarity.
What this episode covers
Correction to The Current Model of Hydrogen Bonding in Water http://www.thunderbolts.info/forum/phpBB3/viewtopic.php?f=10&t=17448 Understanding the intrinsic elasticity of hydrogen bonds between H2O molecules in liquid water involves three insights: 1) Firstly one must comprehend that the force that brings H2O molecules together (polarity) is a result of the asymmetry (lopsidedness) of the H2O molecule's electromagnetic signature. 2) Secondly one must comprehend that hydrogen bonds between water molecules reverse this electromagnetic asymmetry achieving electromagnetic symmetry (balance) thereby neutralizing some fraction (see below) of the magnitude of this force. 3) Lastly one must comprehend how this neutralization is relative (according to proximity) and fractional, a maximum of 25% per bond as each H2O molecule can form a hydrogen bond with up to four other H2O molecules in its vicinity, potentially neutralizing up to 100% (4 x 25%) of each other's polarity. In short, the magnitude of polarity of H2O molecules in liquid water is inversely related to their interconnectedness. The more interconnected they are (the more comprehensively they are hydrogen bonded to one another) the lower is their polarity. And since polarity determines the magnitude of the force that attracts them to one another, the more interconnected they are the less is the magnitude of the force that keeps them together. Through this understanding most of the anomalies of H2O are easily resolved. And from this we can understand where conventional theorists failed when it comes to understanding water. It is very simple. They understood #1 and they understood the parts of #3 that are not effected by #2 but they completely dropped the ball when it comes to comprehend #2. Simply put, they failed to comprehend that hydrogen bonds bring electrical gradients that oppose and, thereby, cancel out the electrical gradients that cause the H2O molecule's polarity.
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How We Know Water Has Been Systematically Misunderstood By Science
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