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Question: How can you Tell when Your Physicist is Blind?

January 25, 2014
real-halo

Inside and Outside ellipses are Lensed Images of Mercury & Venus Orbits. (They have dust/dark matter in their orbital paths). Top Inverted arc is a lensing of a crescent of  a Planet?

From Here:
On certain still afternoons, if you are lucky,you will see a pair of rainbow spots left and right of the sun. Known as ‘Sun Dogs’, these are the first elements to appear of an ice halo- a thin rainbow circle around the sun. Caused by light passing through ice crystals high in the atmosphere, Sun Dogs appear 22.5 degrees left and right of the sun, just outside the bright 22 degree halo. Sometimes a second larger halo appears 46 degrees from the sun, with a distinctive arc on top, the whole arrangement looking strangely similar to the ancient glyph for mercury.Amazingly these two ice halos beautifully match the mean orbits of the inner two planets Mercury and Venus seen from the surface of the earth. This means that when you look at a double ice halo, you are really seeing the spheres of the mean orbits of Mercury and Venus, hanging in the sky. There they are!

From Here:
But there are even more uncanny placements in the solar system, and they have their echoes right here on Earth. When the atmospheric conditions are right, tiny ice crystals fill the atmosphere. They bend light coming in from the sun at a certain angle, creating a halo around the sun at an angle of twenty-two degrees 
[Wrong: Cosmic String creates lensed image and ice crystals]. This is an ice halo. A double ice halo appears when other crystals bend light to forty-six degrees[Wrong: Cosmic String creates lensed image and ice crystals]. On very cold, clear days, with a lot of ice bumbling around in the sky, entire sets of curved lines can appear around the sun, but the picture above shows the full glory of a double halo.Meanwhile, we see the sun every day, but the sun obscures the planets that move around it. They move around it at different rates, and at different distances from the sun. The two that are closer to the sun than we are, and whose orbits can be inscribed in our sky, move around the sun at about what we would see as twenty-two degrees and forty-six degrees from the sun. If you see an ice halo around the sun, its path is approximately the same as the mean orbit of Mercury. If you’re lucky enough to see the faint impression of the outer halo (In this image, it’s near the number two), you’re seeing, roughly, the mean orbit of Venus.There is no way the light that refracts from ice crystals can have an effect on the orbits on the Earth, Venus, and Mercury, making each of them line up in this precise way. So we can be forgiven for considering this just a bit on the spooky side[Wrong: It is a lensed image so that is why they line up in a precise way]. Of course, if they hadn’t lined up in the sky the way they do, we’d never have noticed — we’d have gone about our business until we found something else that was a coincidence. Still, even without the mystical connection, it’s amazing to look up in the sky on a cold day, see a circle around the sun, and realize that a distant planet is roughly somewhere along that circle.

originalStrange Discovery: Giant Dust Ring Found Near Venus Orbit

Scientists have found a huge, diffuse ring of dust near the orbit of Venus, marking the second time such a structure has been discovered in our solar system.The dust ring stretches about 137 million miles (220 million kilometers) from end to end, though it’s just 10 percent denser than the background cloud that pervades interplanetary space and produces the glow known as zodiacal light, researchers said.

So I looked for these references when I realized I was seeing a magnified/lensed image of the crescent of A PLANET in that last video post. It is not a coincidence those halos match Venus and Mercury’s orbits. The reason those ice halos line up with the orbits of Mercury and Venus is because they are a LENSED IMAGE from those cosmic strings passing in between the observer and the Sun, Mercury and Venus.  The dust within the orbital path of Venus and Mercury is also lensed. These cosmic strings create our weather through ionization and condensing within our atmosphere and they are gradually taking us all back to the vacuum from whence we came.

Answer: When he cannot even see with a Gravitational Lense.

P.S. His shortsightedness is holding back humanity IN A BIG WAY
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