Nazca spider

OK I didn't know where to post this so I guess I will try here,

Nazca spider

www.gisdevelopment.net...
Nazca spider

sun solar coronal mass ejection
www.geog.ucsb.edu...

Do you notice the similarities?

This was just something that caught my eye.



[edit on 012929p://bSunday2008 by Stormdancer777]

One's a stone spider that looks more like a ant, or a scorpion without a tail, the other is coronal ejection of the sun as it hits Earth. Look, the frnt of the spider doesn't match what you're trying to convey hear, the front legs don't bend to match the image.

yes you are correct about the front, let's imagine though something has changed?

reply to post by Stormdancer777


It's as it was built, if you want to change it to fit your idea, then go right ahead.
It is an interesting similarity, but in that way it is then also similar to ants and spiders in general as well. And looking at the picture again, look at the back leg, it moves off in a straight line, nearly ninety degrees.

[edit on 17-2-2008 by RuneSpider]

Originally posted by RuneSpider
reply to post by Stormdancer777

 

It's as it was built, if you want to change it to fit your idea, then go right ahead.
It is an interesting similarity, but in that way it is then also similar to ants and spiders in general as well. And looking at the picture again, look at the back leg, it moves off in a straight line, nearly ninety degrees.

[edit on 17-2-2008 by RuneSpider]

I would not be so quick to judge.

Consider that many of the carvings and constructs such as the Nazca lines are a record of a celestial event?

Consider the apparent carvings of plasma formations on rock:




thunderbolts.info...

A number of independent researchers today insist that our early ancestors witnessed intensely energetic, heaven-spanning plasma discharge formations above them. According to these researchers, ancient artists chiseled plasma configurations by the millions on stone.

Many global patterns in ancient rock art are indeed highly unusual, revealing unique details such as the two dots or circles to the left and right of a central "stick" figure in the images above.

The examples here were gathered by plasma scientist Anthony Peratt. For over three decades Peratt's laboratory research concentrated on the instabilities that develop in high-energy discharges, and he documented the evolution of the these formations through dozens of unique configurations. In supercomputer simulations, using the very equations that have reproduced galactic structures in space, he has replicated the dynamics of laboratory discharge, with surprisingly accurate results.

And:




thunderbolts.info...

Peratt described this sequence at an interdisciplinary conference on plasma in the solar system in September of 2000. David Talbott, another presenter at the conference, remarked on the similarity of the line form to images seen in ancient rock art. The pictograph on the left above, from Kayenta, Arizona, illustrates a late stage in this sequence. Peratt remarked that the detailed correspondence with the laboratory discharge sequence is precise. This Kayenta image was, in fact, the first pictograph that Talbott sent to Peratt, and it inspired Peratt to investigate the correspondence further. (The identification of the discharge components comes from Peratt’s later paper on the subject. According to Peratt, the configuration is about to undergo an intensely energetic transformation that could be deadly for humans exposed to its radiation.)

Perratt is a researcher for Los Alamos. He is certainly not some renegade scientist.

And his concepts further many of the ideas and explanations for the mythology of the ancient world.

Nice post, Stormdancer. Flag and star.

HI Tex and when we consider that these rock art formation are similar worldwide.