Solving Tornadoes: Physics of Storms and Flow

Public http://www.thunderbolts.info/forum/phpBB3/viewtopic.php?f=10&t=16329&start=210#p122351 In the 1950s they considered ways to potentially stop or steer a hurricane . . . I believe hurricanes can be steered and even stopped. And the way to do so involves attacking them where they are most vulnerable, at the boundary layer in the tropopause that is the raw material for the vortices that deliver the energy of storms. --- Send in a voice message:

http://www.thunderbolts.info/forum/phpBB3/viewtopic.php?f=10&t=16329&start=360#p123034 The sheath of a tornado is a form of surface tension. It is a plasma of spinning, churning H2O molecules. It has structural strength and a surface—common characteristics of plasmas. But the origin of this strength doesn’t involve the forces associated with ionic bonds, as is the case with most plasmas. Instead this is a kind of plasma that involves the forces associated with hydrogen bonds. I thought of it

Here is what you don't get about science and truth. Humans have a deep-seated emotional need to believe they understand their world and there is a lot of money to be made fulfilling that need. And since most science consumers don't have the time or the education to put much effort into it, the most money can be made giving these science consumers excuses for why they don't actually have to literally understand it. And so--for reasons of fiscal necessity--many scientific disciplines have dumbed down

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

Superstition and half-baked theory dominate the atmospheric sciences. Currently meteorological theories on atmospheric flow and storms maintain three superstitious and half-baked notions: 1) Convection. This is the superstition that evaporation makes air buoyant enough to power strong updrafts in the atmosphere (included in this is the strange belief that H2O in the atmosphere becomes gaseous at temperatures/pressures that have never been detected in a laboratory); 2) Dry layer capping. This is a