September 23, 2017

[Ninurta]

Jupiter / Nibiru Collision!? No I don't think so.

For one, amateur Star Watchers would have seen Nibiru approaching, it's suppose to be very large.

The video says one must have an infrared lens to be able to see it.   Listen at the 18:24 mark.

No such critter as an infrared lens. I think what is meant is an infrared passthrough filter. I can get those, even out here in the boonies, for 35 - 40 dollars. They aren't hard to come by. What you need, really, is a capture medium capable of capturing infrared light. There is film for that, but more importantly, in this day and age, is that EVERY CCD in EVERY digital camera is particularly sensitive to infrared. If you take one apart, you will find, covering the CCD, a tiny square of "clear" plastic or glass that is actually an infrared blocking filter. The reason for that is that ALL CCDs are infrared sensitive, but the infrared boogers up the images taken through the camera if it is not blocked out. Therefore, it has to be filtered out to keep from queering the pictures taken.

Some cameras, Sony in particular, have an infrared capability. They have infrared illuminator lights, and a switch that manually removes the filter from the CCD so that the IR light can get through. A few years back, there was a big ruckus when it was discovered that those cameras could take pictures that see through clothes, due to the infrared. They've since been crippled to prevent that, but some of the old ones are still around. You can still make even the new ones work with a filter that blocks visible light and allows only infrared to pass through.

The same principle of allowing only infrared through has been used for year, since 35mm film, to take infrared pictures of landscapes that look surreal due to only the IR wavelengths getting through.

Another thing to consider is that this Nibiru thingy, if it actually existed, would necessarily be pretty big. If it were close enough to collide with Jupiter, then it would have been found long ago by at least amateurs, regardless of their IR capabilities, because it would block out VISIBLE light behind it, leaving a hole in images that ought to have stars in them.

Nope, not buying it at all. They need to come up with another explanation as to why it's invisible. Picking up UV light on radio telescopes has been tried before, unsuccessfully, but maybe they could claim it is IR light that could only be seen with radio telescopes. that hasn't been tried yet. If they do, let me know how it turns out.

The major event of the day on September 23rd, 2017, is that I will eat a teaspoonful of baking soda to squelch a case of raging heartburn. I know this to be fact because that is the major event of EVERY day. The only uncertainty and assumption is that I will still be alive that day to have heartburn, and take the soda. Assuming that I am, it will be.

I have another major prediction to make regarding upcoming ISIS operations, based on intel analysis, but can't seem to find the right thread to post the prediction in. Frackin' NSA ought to be paying me big bucks to do these analyses, because I have yet to be wrong, but a) they have an aversion to warning the masses in a timely manner for some reason, and b), I guess I'd be showing them up, and they hate that shit when a peon gets it right and they can't.


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