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Gnite,.I got u good ck Kma..

Sweet dreams!

Gotta love the flair for the dramatic shown on some of these graphs/tables/plots that we look at so much.

[link to www.bartol.udel.edu]

Gotta' f*n' shite yourself and put you helmets on!?

Cosmic Rays..over bleed,again.

Shoot.

I wish you could grow the scale of that plot to put those crazy dots in better perspective.

I expect them every time I visit that site and they still startle me every time.

EDIT:
“I simply hate, detest, loathe, despise, and abhor redundancy.”

Gotta' f*n' shite yourself and put you helmets on!?

Cosmic Rays..over bleed,again.

Shoot.

Have you been made reduntant from work,or?

It looked right when first I posted it, but then it did not. The quote is from Wilde and seemed better than sentence restructurization. I think my hemispheres have ceased communicating and are napping in tandem. Sleep will not come, so I watch...

shit. I am starting to sound like that fella from the Netherlands...

I was just thinking..and it appears that what we see is -

'USE OF THIS PLOT
Loss Cone Display (third panel): This plot will sometimes display a cosmic ray loss cone precursor ahead of an approaching CME shock. The defining characteristic of a loss cone precursor is a strong suppression of cosmic ray intensity for particles arriving from the Sunward magnetic field direction. Thus, look for large red circles concentrated near small pitch angles. The physical mechanism behind loss cones is that these particles trace to the region downstream of the shock, where cosmic ray intensity is generally suppressed (Forbush decrease). In major storms, loss cones are often observed about 4 h in advance of shock arrival, and may be observed 24 h in advance in rare cases. Depending upon shock-field geometry, however, loss cones can be difficult to detect, or absent entirely.
Bidirectional Streaming Display (fourth panel):This plot can be used to indicate when Earth is within a large interplanetary CME. Cosmic rays within a large CME often exhibit bidirectional streaming, in a manner similar to the bidirectional electrons observed at much lower energy. Intensity is suppressed near 90 degree pitch angles, and elevated near 0 and 180 degrees. Thus, look for red circles concentrated near 90 degrees, with blue circles on both sides'. [link to neutronm.bartol.udel.edu]

Ahh,so.

Strands of magnetically confined plasma can be seen throughout the cosmos.

A rotating vortex of solar plasma was the topic of a recent press release. Does that phenomenon relate to other energetic vortices? Previous Picture of the Day articles describe many cases of ionized clouds in space that are inexplicable if conventional theories are consulted. How do both incidents relate to one another and to others?

In an Electric Universe, every body in the Solar System, along with every star and galaxy, is charged with electricity and exists within a plasma environment. Spacecraft sent to other planets, as well as satellites orbiting Earth, see aurorae, lightning bolts, tornadoes, and jets of material. Volcanoes on Earth “spit lightning” out of their craters. Dust storms on Mars are fed by gigantic funnels that rise for thousands of meters. Comets, Saturn’s rings, fountains of charged particles erupting from Jupiter’s moon Io, and many other examples of electrical activity are found farther out in our local neighborhood.

When plasma moves through a dusty gas, it ionizes the material, initiating an electric current. More than a century ago, Michael Faraday proved that when electricity flows through any substance a magnetic field will form. One aspect of magnetic fields in plasma is that they will generate “plasma ropes”: the field surrounds plasma, confining it into coherent strands known as Birkeland currents...............

Thank you.

And good mornin' to ya

The Filamentary Firmament
Jul 31, 2012


[link to www.thunderbolts.info]

Good morning all...been kind of a rough one this morning. Just got a text saying one of my very dear friends died this morning..please say a little prayer for his family..or just a good thought is fine...he was a great man..had polio all his life but lived life to the fullest...Thanks friends..R.I.P Laverne

Good morning all...been kind of a rough one this morning. Just got a text saying one of my very dear friends died this morning..please say a little prayer for his family..or just a good thought is fine...he was a great man..had polio all his life but lived life to the fullest...Thanks friends..R.I.P Laverne

Massive solar hawk in the middle

Good morning all...been kind of a rough one this morning. Just got a text saying one of my very dear friends died this morning..please say a little prayer for his family..or just a good thought is fine...he was a great man..had polio all his life but lived life to the fullest...Thanks friends..R.I.P Laverne

X ray flux rising in c field...

It's an LDE isn't it?

I was just thinking..and it appears that what we see is -

'USE OF THIS PLOT
Loss Cone Display (third panel): This plot will sometimes display a cosmic ray loss cone precursor ahead of an approaching CME shock. The defining characteristic of a loss cone precursor is a strong suppression of cosmic ray intensity for particles arriving from the Sunward magnetic field direction. Thus, look for large red circles concentrated near small pitch angles. The physical mechanism behind loss cones is that these particles trace to the region downstream of the shock, where cosmic ray intensity is generally suppressed (Forbush decrease). In major storms, loss cones are often observed about 4 h in advance of shock arrival, and may be observed 24 h in advance in rare cases. Depending upon shock-field geometry, however, loss cones can be difficult to detect, or absent entirely.
Bidirectional Streaming Display (fourth panel):This plot can be used to indicate when Earth is within a large interplanetary CME. Cosmic rays within a large CME often exhibit bidirectional streaming, in a manner similar to the bidirectional electrons observed at much lower energy. Intensity is suppressed near 90 degree pitch angles, and elevated near 0 and 180 degrees. Thus, look for red circles concentrated near 90 degrees, with blue circles on both sides'. [link to neutronm.bartol.udel.edu]

Ahh,so.