Post by Pincho Paxton on Jun 2, 2017 17:58:45 GMT
Link...
The strange Cook pine trees that always lean towards the equator
Pincho says...
Trees use magnetism to grow...
Invisible Magnetism
Magnetism, And Quantum Cavities
The Magnetic Flow inside a Tree
Most of the time scientists just find examples of things that I have already said, but most trees don't tilt like this so you add a stabilising factor to all of the other trees, and not to the Cook Pine.
The stabilising factor of trees.
The Electron wall Of Death Membrane
The tilt of electrons generally steer magnetic outflows. If you combine the tilt with a particle stacking system you will get gaps in the stacking system where a curve circumference is elongated around the far outside edge. Normally that gap creates an area of least resistance for gravity, and it flows into the gap, collides inside the tree, spins, and creates a new branch in the spin area. The new branch then counteracts the tilt of the tree in the opposite direction with the new gravitational flow force cancelling out magnetism. That is a regular tree with the counterbalance of a branch.
The Cook Pine however must lean with magnetism, create a gap the same as before, gravity flows in the same as before, but gravity does not collide properly to create a counterbalance branch. Gravity escapes which means that magnetic energy escapes, which means only small branches are created as an opposing weight. Small branches on the outer curve mean that the tree then tilts.
Pincho Paxton
The strange Cook pine trees that always lean towards the equator
Pincho says...
Trees use magnetism to grow...
Invisible Magnetism
Magnetism, And Quantum Cavities
The Magnetic Flow inside a Tree
Most of the time scientists just find examples of things that I have already said, but most trees don't tilt like this so you add a stabilising factor to all of the other trees, and not to the Cook Pine.
The stabilising factor of trees.
The Electron wall Of Death Membrane
The tilt of electrons generally steer magnetic outflows. If you combine the tilt with a particle stacking system you will get gaps in the stacking system where a curve circumference is elongated around the far outside edge. Normally that gap creates an area of least resistance for gravity, and it flows into the gap, collides inside the tree, spins, and creates a new branch in the spin area. The new branch then counteracts the tilt of the tree in the opposite direction with the new gravitational flow force cancelling out magnetism. That is a regular tree with the counterbalance of a branch.
The Cook Pine however must lean with magnetism, create a gap the same as before, gravity flows in the same as before, but gravity does not collide properly to create a counterbalance branch. Gravity escapes which means that magnetic energy escapes, which means only small branches are created as an opposing weight. Small branches on the outer curve mean that the tree then tilts.
Pincho Paxton