Post by Pincho Paxton on Sept 15, 2015 11:16:42 GMT
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Electron waves refract negatively
Pincho says...
Particles behave like particles in a quantized space. You can have local, chain bonding like oxygen for water, and that behave like a wave because it is linked together in chains, or you can have external, destructive interference bonding, which is like chambers to sit inside. Electrons are holes with destructive interference created by a surrounding gravity sphere, each sphere separates like kissing numbers in snooker balls with a magnetic outflow. With outflows, and inflows the destructive interference is divided to fork gravity. Forked gravity is therefore creating quantized propagation of particles, and because the propagation is quantized the angles can look odd. When water is quantized by a sponge, or a straw it will also propagate at strange angles, so the quantum physics is not really odd at all.
Pincho Paxton
Electron waves refract negatively
The new technique could help physicists learn how to manipulate electrons in the tight confines of miniaturized electronic devices, where the particles often behave like waves.
Pincho says...
Particles behave like particles in a quantized space. You can have local, chain bonding like oxygen for water, and that behave like a wave because it is linked together in chains, or you can have external, destructive interference bonding, which is like chambers to sit inside. Electrons are holes with destructive interference created by a surrounding gravity sphere, each sphere separates like kissing numbers in snooker balls with a magnetic outflow. With outflows, and inflows the destructive interference is divided to fork gravity. Forked gravity is therefore creating quantized propagation of particles, and because the propagation is quantized the angles can look odd. When water is quantized by a sponge, or a straw it will also propagate at strange angles, so the quantum physics is not really odd at all.
Pincho Paxton