Post by Pincho Paxton on Dec 21, 2014 12:05:23 GMT
Link...
"Pseudogap" competes with high-temperature superconductivity
Pincho says...
They are talking about the trapped physics of gravity. Gravity escapes from being trapped by scaling down from a spin membrane to become hole nucleus. Electrons are the energy that is localised by the holes like water wheels. Heat is to flow out of the hole, and cold is to flow into the hole, and collisions are possible during the expansion of a membrane out of a hole. Put your foot on a running hose pipe, and it swells up, but gravity does the reverse, and swells negatively. So heat swells gravity positively, cold swells gravity negatively, and what you get are gravity, and magnetism as holes, and membranes. Gravity is a scalar propagator, the propagation is located by quantum holes, all physics require a hole, and a filler. You can think of Lego, and it has the hole, and filler combined to create bonding, and gravity, and magnetism combined create bonding. The pseudogap is the collision of gravity during these phases that allow gravity to escape from being trapped. Electrons require that gravity remains trapped in a cycle, but the cycle can move around.. the quantum holes move around, and propagation moves around like a Newton's Cradle. A Newton's Cradle is both ball bearings, and gaps. We watch the ball bearings, we tend to ignore the gaps. Gaps are important for propagation, gravity creates both the gaps, and the ball bearings depending on heat in this case. Heat however is just a way of saying In or Out flow.
You may say "Well I don't ignore the gaps when I watch a Newton's Cradle!" Well in quantum physics the gaps have been forgotten too often. We call everything mass, we say that an electron has mass. An electron is actually negative mass, it is the hole that contains the mass of gravity, so we do in fact ignore the holes, and we measure something else instead.
"Pseudogap" competes with high-temperature superconductivity
Pincho says...
They are talking about the trapped physics of gravity. Gravity escapes from being trapped by scaling down from a spin membrane to become hole nucleus. Electrons are the energy that is localised by the holes like water wheels. Heat is to flow out of the hole, and cold is to flow into the hole, and collisions are possible during the expansion of a membrane out of a hole. Put your foot on a running hose pipe, and it swells up, but gravity does the reverse, and swells negatively. So heat swells gravity positively, cold swells gravity negatively, and what you get are gravity, and magnetism as holes, and membranes. Gravity is a scalar propagator, the propagation is located by quantum holes, all physics require a hole, and a filler. You can think of Lego, and it has the hole, and filler combined to create bonding, and gravity, and magnetism combined create bonding. The pseudogap is the collision of gravity during these phases that allow gravity to escape from being trapped. Electrons require that gravity remains trapped in a cycle, but the cycle can move around.. the quantum holes move around, and propagation moves around like a Newton's Cradle. A Newton's Cradle is both ball bearings, and gaps. We watch the ball bearings, we tend to ignore the gaps. Gaps are important for propagation, gravity creates both the gaps, and the ball bearings depending on heat in this case. Heat however is just a way of saying In or Out flow.
You may say "Well I don't ignore the gaps when I watch a Newton's Cradle!" Well in quantum physics the gaps have been forgotten too often. We call everything mass, we say that an electron has mass. An electron is actually negative mass, it is the hole that contains the mass of gravity, so we do in fact ignore the holes, and we measure something else instead.