Electricity is in the Air ... everywhere!

Immediately after a storm the air feels different.

The very air around us is electric!

As far as I can see in this situation of power control over energy resources I think those in control of the power grids do know these facts.  I also feel there is a withholding of truth around this for the advantage of the profiteers.

This far surpasses any form of alternative energy people talk about regarding solar, wind or water or any fossil fuel source.  Obviously it surpassed it, that should go with out saying because it is the 'air'.

This is the "Magic" I speak of.   It is the magic of the past and of eternity.  This energy never ceases and is constantly generated and the ancients knew how to harness it.

"The electrical current density in the air is only about 10-12 amps (A) per m2 – almost nothing.
During fair weather there is an electric potential difference of 250,000 to 500,000 volts between the ionosphere and the earth’s surface; the surface is negative relative to the ionosphere.
It is estimated that this current (and the electric potential difference) would disappear in less than an hour if all thunderstorm activity ceased. Most people are unaware that the atmosphere carries a continuous electric current.
Even during fair weather, there is a strong electrostatic field of about 100 volts per meter close to the ground. This electric potential increases by about 100 volts per meter from the ground up.

Read more at the full article :  

Electromagnetic mechanism of the ultrasound on the Bosnian Pyramid of the Sun (Visoćica Hill)

by Hrvoje Zujić, Mr.E.Eng.

Images @ Eminpee Fotography

The Weather is always big News

Today I saw Lightening come from out of the sun.   I was so excited.  After my initial excitement I realized it was not from the sun but from the storm just above the sun on the horizon.

Dawn Sky in Urunga

The Science of Thunderstorms

All thunderstorms go through three stages: the cumulus stage, the mature stage, and the dissipation stage. Depending on atmospheric conditions, these three stages can take anywhere from 20 minutes to several hours to occur.

There are four main types of thunderstorms: single cell, multicell, squall line (also called multicell line) and supercell. Which type you get depends on the instability and relative wind conditions in the atmosphere’s different layers (called "wind shear"). Single cell storms are the typical summer thunderstorm we experience in temperate locales. They typically move, being a function of a local atmospheric instability.

Multi cell storms can form clusters or “squall lines” (organized line of storms). They tend to form from convective updrafts in or near mountain ranges and linear weather boundaries, usually strong cold fronts or troughs of low pressure. Multicell line storms can span hundreds of miles. They move swiftly, and are preceded by a gust front. Heavy rain, hail, lightning, very strong winds and even isolated tornadoes can occur in a squall line.

Images @ Melonpopzdropz Flickr