Post by Pincho Paxton on Mar 20, 2015 5:52:20 GMT
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High temp superconductivity: You can't play checkers with charge ordering
Pincho says...
Using my physics you may have solved high temperature superconductivity. You are looking at the striped pattern of Y-Waves, and that means that collisions of gravity are occurring at regular spacings throughout a fractal network. So the fractal is rotating a series of hexagonal cogs so that they all point upwards to use a Y-Wave. The cogs are the X/Z wave, so the alignment is vertical. Vertical can be any direction to an observer, but is taken from a central point moving outwards along a Y-Wave. The Y wave is less complicated than the X/Z wave which has rotations, so superconductivity allows electrons to travel down a less complex pathway. You solved it, but didn't know it, because you don't know physics like I do.
High temp superconductivity: You can't play checkers with charge ordering
Pincho says...
Using my physics you may have solved high temperature superconductivity. You are looking at the striped pattern of Y-Waves, and that means that collisions of gravity are occurring at regular spacings throughout a fractal network. So the fractal is rotating a series of hexagonal cogs so that they all point upwards to use a Y-Wave. The cogs are the X/Z wave, so the alignment is vertical. Vertical can be any direction to an observer, but is taken from a central point moving outwards along a Y-Wave. The Y wave is less complicated than the X/Z wave which has rotations, so superconductivity allows electrons to travel down a less complex pathway. You solved it, but didn't know it, because you don't know physics like I do.