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Originally posted by Arbitrageur
Since we've observed X-rays emanating from comets due to interaction with the solar wind, my first guess would be that if you fly a probe through the region that's generating those X-rays, the X-rays might interfere with the electronics on the spacecraft. That could explain why the Tempel 1 probe image got a little unstable just before impact.
Originally posted by dragonridr
Originally posted by AnarchoCapitalist
The standard theorists completely ignore the patches of whiteout in the sensor images taken of Tempel1.
Ok what is this a conspiracy theory???
Are you talking about the white spots?
Originally posted by AnarchoCapitalist
I'm not talking about the camera short-circuiting prior to impact, although that is yet another proof of the electric model. I'm talking about the camera whiteout along the ridge lines of the comet.
Can you just mention one or two things electric universe folks talk about? Im just looking for the basic and general idea or theory, on what "electric universe" means. Do they think space is a big wire, or magnetic hard drive and matter is electronic bits of information or something?
Just skimmed through that link, it was informative but I dont think anything I havent come across before. I was more looking to hear the theory regarding fields, and what charge means. There are charged quarks that make up proton right, so im wondering what the difference between the negatively charged quark and positive is? I have come across some explanations like the field begins at positive and emanates outwards while it ends at negative, how do you picture the existence of negative and positive particles, why they exist (why in the universes creation they were forced to come into existence), and how they relate to the existence of a field, and what the existence of a field might mean, does this mean there is one field positive and negetive and it is all twisted and turned, and positive and negative particles are threads of that field?
Originally posted by Arbitrageur
Are you talking about the white spots?
Originally posted by AnarchoCapitalist
I'm not talking about the camera short-circuiting prior to impact, although that is yet another proof of the electric model. I'm talking about the camera whiteout along the ridge lines of the comet.
They don't appear to be on ridge lines to me. There's a big crater with a prominent ridge line near some of the white spots, and I see no white spots on the crater ridge.edit on 30-6-2013 by Arbitrageur because: clarification
Originally posted by ImaFungi
reply to post by AnarchoCapitalist
What causes you to assume those are plasma discharges? What is causing plasma to discharge?
What are the general tenets and theory of EU?
Originally posted by ImaFungi
reply to post by AnarchoCapitalist
Whats causing the plasma discharges?
And can you tell me the basic and general theory of EU?
Ron has worked with satellite navigation and positioning for 50 years, having demonstrated the Navy's TRANSIT System at the 1962 Seattle World's Fair. He is well known for innovations in high-accuracy applications of the GPS system including the development of the "Hatch Filter" which is used in most GPS receivers. He has obtained over two dozen patents related to GPS positioning and is currently a member of the U.S National PNT (Positioning Navigation and Timing) Advisory Board. He is employed in advanced engineering at John Deere's Intelligent Systems Group.
ehhh... Who gives a damn about repeatable laboratory experiments anyhow? We've got billions & billions of dollars to waste looking for 100% theoretical 'Dark Matter', gravitational waves & 'Dark Energy'
Published on Dec 31, 2012 Video of magnetic models of the Globe of Science and Innovation at CERN in my vacuum chamber. High voltage plasma reveals the magnetic patterns that the CERN models emit and thereby explain many phenomena found in physics and astrophysics. Bizarre Discovery at CERN David LaPoint
Earlier you said the spots were on ridge lines, but now you're talking about a flat area, not a ridge?
Originally posted by AnarchoCapitalist
See that big flat area in the lower right?
Didn't you say something about it being water ice or snow? Seeing where it's positioned I can't rule that out, though I can't say for certain what it is. You on the other hand, seem willing to jump to any speculation which supports your ideas, which it really doesn't since it's not really on ridge lines as you claimed; that was apparently wishful thinking on your part. Now you're even telling me to look in a flat area which is not what I think of when I think of ridge lines, which makes me think of high areas instead of flat areas.
What do you suppose is causing that whiteout? - Is the camera malfunctioning?
Originally posted by Arbitrageur
Didn't you say something about it being water ice or snow? Seeing where it's positioned I can't rule that out, though I can't say for certain what it is. You on the other hand, seem willing to jump to any speculation which supports your ideas, which it really doesn't since it's not really on ridge lines as you claimed; that was apparently wishful thinking on your part. Now you're even telling me to look in a flat area which is not what I think of when I think of ridge lines, which makes me think of high areas instead of flat areas.
reply to post by ImaFungi
The only direct inference that can be made is that whatever it is, is unlikely to be a camera malfunction. This is also taken on the "dark side" (trying to double check that this is in fact the case) away from the direction of the sun, meaning it should, and I say should, rule out the possibility of it simply being a highly reflective surface washing out the ccd.
Originally posted by ImaFungi
reply to post by AnarchoCapitalist
Could it be shiny metal/rocks of some kind, which caused a reflection from the sun at that given angle?
Originally posted by AnarchoCapitalist
Originally posted by ImaFungi
reply to post by AnarchoCapitalist
Could it be shiny metal/rocks of some kind, which caused a reflection from the sun at that given angle?
There's just no way. They don't show up in the Stardust images as being exceptionally reflective at all.
When Stardust took its images, the comet was much less active, which corresponds to the reduced whiteout on the Stardust images. We can see a huge amount of surface erosion in the Stardust images precisely where the whiteout was the most intense on the Deep Impact images. You can clearly see where the surface of the comet was basted away between the two images. Reflections don't remove surface material.
Further, the standard theory has no explanation for why the surface should have eroded like it did. Remember, the standard model says comets blast water out of nozzles, and those nozzles can't move around the surface to remove material. The standard model is at a loss to explain the surface excavation.
edit on 7/3/2013 by AnarchoCapitalist because: (no reason given)