gestalt,
your first link (of the 3 listed, post #232) is blanc... doesn't work.. bw l
gestalt,
your first link (of the 3 listed, post #232) is blanc... doesn't work.. bw l
It works fine for me.Posted by lightblue (here)
gestalt,
your first link (of the 3 listed, post #232) is blanc... doesn't work.. bw l
However it begins to load a 13.3 mb pdf slideshow document with lots of images. Maybe you are clicking to fast around, or you have a slow internet connection? You are probably just not waiting long enough for it to download.
What browser are you using? Do you have a script or popup blocker enabled? Do you have adobe pdf reader installed?
"Ultimately there is no such thing as meaning, only experience and creativity." ~Pleiadians
My Website - Gestalt Reality
Same for me:
"The connection has timed out.
The server at www.midwestreliability.org is taking too long to respond."
What country are you guys located in?Posted by bashi (here)
Same for me:
"The connection has timed out.
The server at www.midwestreliability.org is taking too long to respond."
The original download link is here near the bottom of the page under presentations:
http://www.midwestreliability.org/events_CIP.html
If that still doesn't work try downloading it from here
Oh and its 3.7mb not 13.3mb.
"Ultimately there is no such thing as meaning, only experience and creativity." ~Pleiadians
My Website - Gestalt Reality
Here a nice mag strom animation:
http://www.metatechcorp.com/aps/Supe...Animation.html
The IBEX satellite is sweeping the whole sky twice a year and
NASA announced that they will publicise every 6 months new stellar maps depicting the ribbon.
The first announcement was made on 15th October 2009, and the public accessible data files were from the 13th October.
These are accessible here:
http://ibexwtst.space.swri.edu/resea...blicdata.shtml
Everybody was expecting that in the middle of April 2010 the next sky map would be presented to the public. This has not happened yet and no explanation was given why it is delayed.
The satellite works very well and no significant communication glitches were reported.
We can only speculate why the publication is delayed for nearly a month. Maybe there is nothing to it, but maybe there is…
It looks like as if Voyager 2 is in trouble :
http://www.jpl.nasa.gov/news/news.cfm?release=2010-151
Last edited by lightblue; 14th May 2010 at 08:32.
I did some pinging because of the delayed publication of the IBEX datasets. My source tells me that the satellite works perfect, that the second dataset has been received long time ago and the second map is also ready since. More than 50% of the third dataset has been already received.
According to the source, the delay is partly caused by lengthy publication procedures.
I learned also that the IBEX science team is struggeling to find an explanation of the data which they are seeing and are trying to fit it into a model. This model is supposed be an essential part of the publication and is causing also the delay.
That source refused to comment on any scientific content of the new dataset, despite persistent questioning.
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The CME events discussed up to now were occurring only in the younger past.
It seems that the cosmos is not only dominated by gravitational forces, but that electric forces are also playing an important part.
Only then these gigantic plasmatic events can be explained, which are observed in many active areas of the cosmos.
Our solar system seemed to have experienced the events in its past also.
Is there any historic or archaeological evidence for a much more violent behaviour of our sun in the past?
In fact there are indications existing that Earth had experienced far more dramatic solar events in the ancient history.
For example, here a medieval pic from Zürich:
Please note the red sky and the fact that Zürich is around 47° latitude.
For comparision here some more recent pics from auroral events:
Are there signs of even more dramatic events in ancient time?
To answer that, it has to be determined first what we are looking for.
In the view of the electric universe theory, the sun and Earth are giant charged bodies with a very strong electric field in between them. The vacuum of space is an efficient insulator against any “shortcuts” between these bodies.
But what will happen, if suddenly there is a plasmatic area appearing which is stretching from the sun all the way to Earth? Lets call this area “the ribbon”.
Is it possible that this ribbon can function like a gigantic cable of cosmic currents which can “shortcut” the Sun with Earth?
If so, extremely high auroric currents – same as during an extreme CME - would flow between the Sun and Earth, and they would have a very distinct appearance. Why?
Because it has been demonstrated in laboratories that extreme high plasmatic currents, so called Birkeland currents, are having some very unique patterns of appearance, due to the interaction of plasma and electromagnetic fields.
Kristian Birkeland, a Norwegian scientist, made high current plasmatic experiments and discovered that very high currents are having very particular behaviours and appearances. These appearances are produced by the electro-magnetic fields of the very same currents. It’s a kind of feed-back where the current shapes itself
The peculiar appearances are called Birkeland elements and one particular feature is called “z-pinch”.
Here is Birkeland with a model of Earth in his lab around 1900:
In the experiments a giant globe was placed in a box within a very high electric field. Then the lab conditions were altered slightly to make the plasmatic shortcut through Birkeland currents possible. You can – more dramatically- say, “they let the ribbon into the box.”
Then this happened:
The globe was more or less “electrocuted”:
Intense plasmatic currents were forming in a peculiar pattern, displaying always 56 plasmatic streamers, which burned their circular mark on the globe:
The higher the currents, the more widespread were the patterns, moving to lower latitudes.
Have similar plasmatic flux ropes hit the Earth is ancient history?
If so the unique Birkeland elements may have been depicted somewhere.
A very typical Birkeland element is this, produced by computer simulation:
Clearly visible are the unusual “Birkeland element” features of this extreme high current.
Can this very unique pattern be found on ancient rock scratching/carvings, the so called petroglyphs?
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Petroglyphs are formed by scatching away the weathered surface of a rock, to depict something by using the different colours/hues of the underlying rock. It’s like writing on stone.
The here relevant petroglyphs are found only at particular areas on Earth:
Of course you will have to have a landscape with open rocks to make a petroglyph, but that alone is not enough to explain the pattern of petroglyphs. There seems to exist areas where much more carvings are, while in certain areas there are virtually none in relevance to the Birkeland elements, for example the Himalayas.
If really unique Birkeland elements could be found in these petroglyphs, then that would be a very compelling evidence that ancient settlers/civilisations experienced this “shortcut” between Earth and Sun.
Here pictograms from different places all over the world:
These petroglyphs are showing a striking resemblance with energetic plasmatic currents. Actually this particular pattern is so widespread all over the world, that archaeologists gave it a separate name: “The squatter Man”. They, of course, can not explain the two dots on both sides of the waist of the man. But these dots are making a hell of a difference.
Other typical Birkeland elements are here:
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Now, how would it look like, if an observer would stand on the globe of above experiment, while it is been electrified?
A computer simulation for the view of an observer on the globe at 45° latitude (simulating the view of a human on Earth`s surface at 45° latitude) was created:
Hhere are Northern hemisphere petroglyphs from the Columbia River Basin at 45.65◦ N, 121.95◦ W :
All I can say is: Kudos to our ancient reporter who was being able to carry the message through time….
Much of this info is from the work of:
Anthony L. Peratt, Fellow, IEEE, John McGovern, Alfred H. Qöyawayma, Life Member, IEEE,
Marinus Anthony Van der Sluijs, and Mathias G. Peratt, Member, IEEE
“Characteristics for the Occurrence of a High-Current Z-Pinch Aurora as Recorded in Antiquity”
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