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Old 01-01-2012, 04:14 PM
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LadyShea LadyShea is offline
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Default Re: A Revolution in Thought: Part Two

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Quote:
Originally Posted by peacegirl
Maybe the Supernova is not large enough to be seen with a telescope until it reaches it's mass potential before it starts to compress. By that time the neutrinos (these sub-atomic particles) have had time to reach Earth so the Supernova and the neutrinos are detected at close intervals. Just a theory. :popcorn:
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Originally Posted by LadyShea
Mass potential...what?

Here's the scenario, peacegirl. We can see a supernova through a telescope. We are, in fact, looking at it right now from Earth.

I am asking you to tell me when, exactly, that seeing is taking place in relation to the star that is in supernova right now in it's own time zone.

According to efferent vision, the spatial distance is negated...in other words we are seeing the supernova here on Earth simultaneously to it happening there at the star's location.

Is that not a correct statement based on Lessans claims, esp his example about an observer near Rigel as well as his example of the Sun exploding?
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Originally Posted by peacegirl
You are on the wrong track and I'm not going to follow this faulty train of thought. You tell me that Lessans' observations are not proven? Do you see something unfair about this when science's explanation is far from proven? :sadcheer: I have no desire to talk about Stars when the answers regarding sight are right in our own backyard.
When do we see it, peacegirl, according to Lessans? I think I have correctly interpreted the examples he offers in the book, of which two were related to space/stars. If you have a different explanation of those examples, and can therefore demonstrate my wrong track, I am all ears.
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Originally Posted by peacegirl
You're just avoiding them. You keep telling me that optics explains all this, but where? How does it explain the fact that we never see an image if the object is not in the camera's or telescope's field of view, or in our visual range? :eek:
Quit dodging.

I gave you a list of optics terms to research a few pages back including subtended angles and the inverse square law. Do it or don't, but quit acting like you have any clue what you are talking about.
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