Transcription
Okay, here we have our 1-inch by half-inch thick disc magnets, frozen with the South Pole up, away from voidance. Since the North Pole of the Earth is in Antarctica, here you can see our, uh, dielectric inertial plane formations right here. They're ethereal little wisps along the inertial plane of the magnet.
The bottom is completely clear except for some very minor fracturing, which is where the, uh, North Pole is. And the top part is milky and cloudy, which is, let me check again, since I've done this experiment so many times, yes, our North Pole is up. So, yeah, right North Pole up, North Pole up on this one. South Pole down.
The North Pole was always the milky ice, and the South Pole always forms the clear ice. North Pole ice freezes hard and milky. South Pole ice freezes loose, or not very tightly bonded, and clear. So, as we spin it around, you can see our egg formation here. You can see the very bottom of it there, and our magnet up here is the shrinking egg. Yep, this is it. Get a little window into our embryo, our egg, where the water has not yet frozen after a very long period of time.
Here you see our ethereal wisps along the dielectric inertial plane, where magnetism interacts with dielectricity. So you are getting electrification, since electrification is a combination of five * SI. And let's turn around and take a look at it. It's not the best-looking side, nor that I think I might have had it on the best side. You can see our dielectric plane ethereal wisps. It's a very ethereal-looking pattern. And once again, here is our egg, our embryo, our perfect egg formation.
Part of it is, uh,uded by the North Pole, and all along the inertial plane, this will always split very easy and instantly. So, cloudy up here, North Pole. Clear down here, South Pole. Hard up here, soft down here. Wherever it's cloudy is where the North Pole. See, this is our North Pole up here. South Pole shows on the magnet, but that means it's our North Pole at the top. Yep, South Pole down.
So we had attraction this time, 'cause the South Pole of our magnet is pointing towards the North Pole and Antarctica of the Earth. So here we had attraction. We had voidance. Magnet operates propor-tionally to the amount of water that is frozen. You can see our egg formation. That's it. So, today's date is 8/4/2014.