Chief NOAA scientest - The North Pole is moving rapidly

Here it is, a photo from mid-November of this year.
[link to www.flickr.com]
Astrometry reveals that at 1:1 scale, the image angular resolution is 51.32 arcseconds per pixel:
[link to www.flickr.com]
Polaris coordinates precessed to 2010 are 02h 43m 44.22s, 89d 18' 25.7" so it should have an offset from the north celestial pole of 2494.3 arcseconds. I measure Polaris to be 48.5 pixels offset from the north celestial pole in this image.
[link to i319.photobucket.com]
That equates to an offset of 2489.02 arcseconds, well within the resolution of the photo itself. It doesn't get more accurate than that using this technique. Conclusion? The north celestial pole is right where it should be.

Magnetically perhaps, but not physically:

Here it is, a photo from mid-November of this year.
[link to www.flickr.com]
Astrometry reveals that at 1:1 scale, the image angular resolution is 51.32 arcseconds per pixel:
[link to www.flickr.com]
Polaris coordinates precessed to 2010 are 02h 43m 44.22s, 89d 18' 25.7" so it should have an offset from the north celestial pole of 2494.3 arcseconds. I measure Polaris to be 48.5 pixels offset from the north celestial pole in this image.
[link to i319.photobucket.com]
That equates to an offset of 2489.02 arcseconds, well within the resolution of the photo itself. It doesn't get more accurate than that using this technique. Conclusion? The north celestial pole is right where it should be.

I'll be doing a much higher resolution repeat of this test as soon as my weather clears up.

Magnetically perhaps, but not physically:

Here it is, a photo from mid-November of this year.
[link to www.flickr.com]
Astrometry reveals that at 1:1 scale, the image angular resolution is 51.32 arcseconds per pixel:
[link to www.flickr.com]
Polaris coordinates precessed to 2010 are 02h 43m 44.22s, 89d 18' 25.7" so it should have an offset from the north celestial pole of 2494.3 arcseconds. I measure Polaris to be 48.5 pixels offset from the north celestial pole in this image.
[link to i319.photobucket.com]
That equates to an offset of 2489.02 arcseconds, well within the resolution of the photo itself. It doesn't get more accurate than that using this technique. Conclusion? The north celestial pole is right where it should be.

I'll be doing a much higher resolution repeat of this test as soon as my weather clears up.

how do you get the chem-trails to simmer down?

Come on, give us some real proof!

NOTHING like what you claimed in that. He's talking about what MIGHT HAPPEN if the magnetic field collapses.



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how do you get the chem-trails to simmer down?

What's over my head right now though is complete cloud cover, not just contrails. I keep a watchful eye on the sky and snag plenty of nights of clear weather.

NOTHING like what you claimed in that. He's talking about what MIGHT HAPPEN if the magnetic field collapses.

Come on, give us some real proof!

That IS real proof. I dare you to show me how it's not.

Come on, give us some real proof!

That IS real proof. I dare you to show me how it's not.

LoL.. what?

There are 100.000 images everyday from nuts all over the world claiming they have proof of UFO, God, nibiru, chemtrails or whatever and now here you come along and say you have proof and the only thing you have is some shitty images.

Give me a f.. break.

LoL.. what?

There are 100.000 images everyday from nuts all over the world claiming they have proof of UFO, God, nibiru, chemtrails or whatever and now here you come along and say you have proof and the only thing you have is some shitty images.

Give me a f.. break.

NOTHING like what you claimed in that. He's talking about what MIGHT HAPPEN if the magnetic field collapses.



.

I performed astrometric measurements on that photograph and objectively determined the pole is right where it should be. Throwing insults at it won't make it go away.

Awesome! The guy just to his left looks like he wants to punch him out.

I performed astrometric measurements on that photograph and objectively determined the pole is right where it should be. Throwing insults at it won't make it go away.

Yeah, and that is what I say is totally:

Awesome! The guy just to his left looks like he wants to punch him out.



Yeah, he suddenly looks up and gives him a hard stare, as if to say, "shut up buddy".

I can now rest easy knowing your on it

Yeah, and that is what I say is totally:

astronut what's your take on the south anomaly?