Post by Pincho Paxton on Oct 9, 2015 14:11:47 GMT
Link...
Caution: Weird material shrinks when warm
Pincho says...
Gravity shrinks a material by changing to magnetism.
For gravity to change to magnetism it must collide.
Gravity isn't colliding if it is spinning. The difference is like a Traffic Island compared to a cross roads. 4 points can all merge but a crossroads does not help the traffic as much as a traffic island.
Most shapes force gravity into a collision if they lead to points which are dead ends, and most lattices include dead ends. Cooling a material means that energy travels inwards towards points. Scandium trifluoride molecules moves inwards towards Spinning Octahedron.
So what you need to imagine is that Gravity is a Nucleon, that moves from point A to point B.
If Gravity collides it changes from a Nucleon into a Membrane, and the membrane is Magnetism, yet more gravity can become a Nucleon of the new membrane.
So gravity is unusual as it attracts gravity B by repelling gravity A, but this keeps it constant as a flow force. The Earth can move through space against a flow force, and yet keep a spherical surface constant with gravity.
When gravity changes to magnetism the membrane flows out of a material as quantum holes, because the membrane can hold more gravity. This can be imagined as cars colliding to become flat road platforms for the next cars to drive over, so as cars collide they create a bridge maybe across a river. It is like material is vanishing, and yet it has just moved from a Nucleon to a membrane. Nucleons bump, and membranes are openings.
So generally Cold is inwards, and takes energy away from you.
Hot is outwards and carries material towards you.
'In' often means to collide at points, and change gravity to magnetism.
'Out' often means to create outward holes, which are electron fields, and magnetism carrying gravity without it colliding into oncoming traffic.
The propagation is not as random as in the standard model either, this propagation of hot, and cold is all built from fractals.
Pincho Paxton
Caution: Weird material shrinks when warm
Pincho says...
Gravity shrinks a material by changing to magnetism.
For gravity to change to magnetism it must collide.
"When x-rays bounce from the sample, they make little splashes of vibration in the lattice," Hancock says. Columns of scandium trifluoride molecules, each shaped like a little octahedron, seemed to be rotating in place, even at close to zero degrees.
Gravity isn't colliding if it is spinning. The difference is like a Traffic Island compared to a cross roads. 4 points can all merge but a crossroads does not help the traffic as much as a traffic island.
Most shapes force gravity into a collision if they lead to points which are dead ends, and most lattices include dead ends. Cooling a material means that energy travels inwards towards points. Scandium trifluoride molecules moves inwards towards Spinning Octahedron.
So what you need to imagine is that Gravity is a Nucleon, that moves from point A to point B.
If Gravity collides it changes from a Nucleon into a Membrane, and the membrane is Magnetism, yet more gravity can become a Nucleon of the new membrane.
So gravity is unusual as it attracts gravity B by repelling gravity A, but this keeps it constant as a flow force. The Earth can move through space against a flow force, and yet keep a spherical surface constant with gravity.
When gravity changes to magnetism the membrane flows out of a material as quantum holes, because the membrane can hold more gravity. This can be imagined as cars colliding to become flat road platforms for the next cars to drive over, so as cars collide they create a bridge maybe across a river. It is like material is vanishing, and yet it has just moved from a Nucleon to a membrane. Nucleons bump, and membranes are openings.
So generally Cold is inwards, and takes energy away from you.
Hot is outwards and carries material towards you.
'In' often means to collide at points, and change gravity to magnetism.
'Out' often means to create outward holes, which are electron fields, and magnetism carrying gravity without it colliding into oncoming traffic.
The propagation is not as random as in the standard model either, this propagation of hot, and cold is all built from fractals.
Pincho Paxton