Post by Pincho Paxton on Sept 16, 2013 8:32:09 GMT
The first physics of the Universe created the sphere from a hole. The minimal juggling effect. A twin cause, and effect scenario...
A creates B and B creates A
and...
Infinitely regressive
The bending of Spacetime that Einstein proposed was really point to point transfer of an infinitely regressive sphere. To get from point A to point B, a sphere acting as energy has to cross a hump between the two points. We can call that the bridge. Crossing the bridge becomes a digital distance, hump to dip. The sphere crossing the bridge is only a sphere when it is in a dip. The dip holds the sphere together, it creates the outer pressure that compensates for an inner force. The inner force is the same physics happening at a smaller scale as the outer force. All physics are crossing a bridge, and sitting in a hole. When the sphere crosses the bridge it loses its spherical bonding, but if it crosses the bridge quickly its travelling speed can be faster than its splitting speed. It's like a snowball, it is held together as bits of smaller parts, but if held stationary for too long it melts. A quantum melt is a split. So if a bridge is blocked by another particle, the sphere splits in two, and each half takes a route to left/right holes. This left/right motion then travels around a doughnut, and can join back up. The doughnuts are the halt to infinite regression, and act as zero, to negative, and back to positive.
The blocked bridge, and the doughnut physics act as a membrane. It is the point at which the physics are stationary but in a spin back to the beginning. A circle you could say has 360 doughnuts to define its edge. If you looked closely at the doughnuts they would be made from 360 smaller doughnuts defining the edge of the larger circles creating the larger doughnuts.
The splitting of the sphere, and the stationary spin, the sphere, and the hole, and the doughnut, are shape formers. Zero is the stationary spin, and is the membrane. The outer edge of all objects require the doughnut. The point at which the sphere splits in half to travel back to itself. There should be 6 holes back to the beginning. The hexagon is common in physics, and the sphere is really a Icosahedron, but Gravity flows through the Icosahedron, and smooths it out to make it look like a sphere. Dimensions are holes in the Icosahedron, and there should be 13 holes. Time is the stationary spin state, zero. Doughnuts rotate either towards, or away from the central point. Towards the central point means that physics are fed inwards, and temperature is not fed outwards. So an inwards flow is cold, and creates snowflakes. Spin the doughnuts outwards, and all of the physics are passed along towards a neighbour. So these physics are hot, passed to you. Outwards spins therefore create the energy flow of suns.
So the fundamental sphere, and the membrane, and the hole, and the doughnut spin pretty much create everything. The quark is just a split in a bridge for example. The atom is more to do with physics, and hardly anything to do with its particles.
Pincho Paxton
A creates B and B creates A
and...
Infinitely regressive
The bending of Spacetime that Einstein proposed was really point to point transfer of an infinitely regressive sphere. To get from point A to point B, a sphere acting as energy has to cross a hump between the two points. We can call that the bridge. Crossing the bridge becomes a digital distance, hump to dip. The sphere crossing the bridge is only a sphere when it is in a dip. The dip holds the sphere together, it creates the outer pressure that compensates for an inner force. The inner force is the same physics happening at a smaller scale as the outer force. All physics are crossing a bridge, and sitting in a hole. When the sphere crosses the bridge it loses its spherical bonding, but if it crosses the bridge quickly its travelling speed can be faster than its splitting speed. It's like a snowball, it is held together as bits of smaller parts, but if held stationary for too long it melts. A quantum melt is a split. So if a bridge is blocked by another particle, the sphere splits in two, and each half takes a route to left/right holes. This left/right motion then travels around a doughnut, and can join back up. The doughnuts are the halt to infinite regression, and act as zero, to negative, and back to positive.
The blocked bridge, and the doughnut physics act as a membrane. It is the point at which the physics are stationary but in a spin back to the beginning. A circle you could say has 360 doughnuts to define its edge. If you looked closely at the doughnuts they would be made from 360 smaller doughnuts defining the edge of the larger circles creating the larger doughnuts.
The splitting of the sphere, and the stationary spin, the sphere, and the hole, and the doughnut, are shape formers. Zero is the stationary spin, and is the membrane. The outer edge of all objects require the doughnut. The point at which the sphere splits in half to travel back to itself. There should be 6 holes back to the beginning. The hexagon is common in physics, and the sphere is really a Icosahedron, but Gravity flows through the Icosahedron, and smooths it out to make it look like a sphere. Dimensions are holes in the Icosahedron, and there should be 13 holes. Time is the stationary spin state, zero. Doughnuts rotate either towards, or away from the central point. Towards the central point means that physics are fed inwards, and temperature is not fed outwards. So an inwards flow is cold, and creates snowflakes. Spin the doughnuts outwards, and all of the physics are passed along towards a neighbour. So these physics are hot, passed to you. Outwards spins therefore create the energy flow of suns.
So the fundamental sphere, and the membrane, and the hole, and the doughnut spin pretty much create everything. The quark is just a split in a bridge for example. The atom is more to do with physics, and hardly anything to do with its particles.
Pincho Paxton