Coronal Mass Ejection - Abbreviated CME. Large scale magnetotoroidal structure which is generated in the core of the sun from the intense poloidal current which develops there during a dipole reversal. These stable oscillating structures can mass billions of tons of matter and can propagate from the sun to the earth 400 to over 1000 miles per second. Without the built in earth shields they would easily destroy all life on earth in a hail of fire and brimstone.

And there shall be signs in the sun, and in the moon, and in the stars; and upon the earth distress of nations, with perplexity; the sea and the waves roaring;: Luke 21:25

Coronal images of the sun with a disc blocking out the sun
to prevent the image from being swamped by its light.

SOHO blue image of objects and explosions. [Animated]

CME images of explosions showing CME body of plasma.
Seen also, point of connection and apparent light beam extending from body of ejecta.

Arcing energy extending to center of CME body.
Layering of plasma fields evident in CME body.

Well form layered rings in CME plasma body.
Arc still connected and extending well beyond coronal shield to plasma core.

Double helix like arc reaching out to CME as it hurls into space.

As Arc extends into space smaller high energy CME magnetotoroidal structures began to form within arcing currents.

More CME magnetoids continue to form within extensive arcing currents behind the original CME..
These still shots were shared with the ekklesia by the THE MILLENNIUM GROUP

CMEs What they do by the ekklesia
Samples of recent CMEs by the ekklesia
For other information on CME including
images of CME and October 24th, 1998
possible effects of CME bombardment.
The Day of Wrath
J. Maxlow. What Is Global Expansion Tectonics
Plate Tectonics is Expansion Tectonics

"The CME on November 6, 1997, was the fastest and most energetic one yet observed with SOHO. The image above (left) shows the CME exploding at a speed of approximately 4.5 million miles per hour. This CME produced an intense radiation storm of high-energy protons that hit SOHO and caused the ''blizzard'' that appears in the image (right)."

What are CMEs?
"The sun is constantly kicking out material from its atmosphere, generating what's known as the solar wind. The solar wind travels through space and is usually deflected by the earth's magnetosphere. Compared to the gentle breeze from the solar wind, fast-moving CMEs are a hurricane of plasma and coiled magnetic field lines spinning through space. Until recently, scientists didn't know what caused these violent magnetic eruptions."

"Normally, magnetic field lines move up through the sun slowly, at about one mile a second. This slow, continuous movement creates the solar wind. When a CME takes off, however, it can move thousands of miles a second. The mystery, says astrophysicist Spiro Antiochos, is: What allows a CME to build energy in the sun's atmosphere until it bursts through in a violent explosion?"

"A new theory, developed by Antiochos and colleagues at the Naval Research Lab, involves competing magnetic field lines that hold down the developing CME like tethers hold down an expanding helium balloon. Antiochos compares these tethering field lines to rubber bands that can stretch but never break. Through a process called magnetic reconnection, opposing magnetic field lines merge and cancel. Then, with no tether holding the ballooning material in place, the CME erupts out of the sun's atmosphere."

"The longer magnetic fields keep the CME pinned down, the more energy it builds and the faster and more violent the explosion when it's finally set free. Fast CMEs can reach speeds of 1250 miles per second and eject a billion tons of hot, ionized gas into space."

So what triggers this release from the magnetic field than pins down these toroidal balls of plasma?

SOLAR MAGNETIC FIELD STRENGTH: Many models of the solar magnetic field used prior to Ulysses assumed that the solar magnetic field was similar to that of a dipole; field lines near the solar equator were thought to form closed loops whereas field lines from the poles were dragged far into interplanetary space by the solar wind. For a dipole, the field strength over the poles is twice that at the equator. Ulysses found that the amount of outward magnetic flux in the solar wind did not vary greatly with latitude, indicating the importance of pressure forces near the sun for evenly distributing magnetic flux. (MAG experiment, A. Balogh, Imperial College; E. Smith, Jet Propulsion Laboratory).

We believe that the planets themselves can exert enough force on the surface tension of the Sun to trigger a release of plasma in the direction of a planet. Also Some comets seem to have intense magnetic fields and can also trigger CMEs. There are other forces at work that are causing the accumulation of this surface condition in the corona but these external magnetic fields are triggering the release toward the planets.

Go to:Home News Health Links Other pages on CMEs:
Sun/Earth connection CMEs page 1
Animated Images of CMEs
An explanation of CMEs
The activation of Solar Space.
New earth..forever changing
Articles from ekklesia Newsletter.
Wind a Blowin'
Hot Comets


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