http://www.youtube.com/watch?v=XHL1opjFR7Y Here's a cool video on youtube where you can see spatial matter in action. It's of a low enough solidness to pass through anything in existence, including this space ship. What's different about the space ship is that it's not on earth (where spatial matter is displaced, causing "gravity"). Rather, the tiny space ship can't displace hardly any spatial matter, which is why it punches through from the top and the bottom of the space ship, effectuating the ability of all these typically "heavy" objects to float! Spatial matter is extremely forceful, miles and miles of it pushing down from above the spacecraft, and there are equally as many miles of spatial matter pushing upward from below, resisting against itself. — September 4, 2013 6:02 p.m.
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http://www.youtube.com/watch?v=XHL1opjFR7Y Here's a cool video on youtube where you can see spatial matter in action. It's of a low enough solidness to pass through anything in existence, including this space ship. What's different about the space ship is that it's not on earth (where spatial matter is displaced, causing "gravity"). Rather, the tiny space ship can't displace hardly any spatial matter, which is why it punches through from the top and the bottom of the space ship, effectuating the ability of all these typically "heavy" objects to float! Spatial matter is extremely forceful, miles and miles of it pushing down from above the spacecraft, and there are equally as many miles of spatial matter pushing upward from below, resisting against itself.— September 4, 2013 6:02 p.m.