Post by Pincho Paxton on Apr 20, 2015 9:04:09 GMT
Link...
Applied physics helps decipher causes of sudden death
Pincho says...
Magnetism, and Gravity play a part in all physics. They are the quantum Cause, and Effect of everything. They break down into infinite regression, which makes them fundamental. A hole, and a filler...
You can store in a hole.
You can release from a hole.
You can fit in a hole.
You can block a hole.
You can spin around a hole.. to create scale of a membrane.
Granular convection works with holes that you can fit through.
Holes, and fillers create stacking systems.
Holes, and fillers create bonding systems.
Holes, and fillers create fractals.
Holes, and fillers create nothing.
1 + -1 = 0... a filler, and a hole create zero.
A hole is magnetism.
A filler is gravity.
The logic infinitely regresses.
Energy is to store a granular convected fractal inside a quantum hole, which is the physics for cold. Then to release those physics, and the temperature rises.
So you can take all of these physics, and more from magnetism, and gravity, and apply them to a heartbeat.
Pincho Paxton
Applied physics helps decipher causes of sudden death
Pincho says...
Magnetism, and Gravity play a part in all physics. They are the quantum Cause, and Effect of everything. They break down into infinite regression, which makes them fundamental. A hole, and a filler...
You can store in a hole.
You can release from a hole.
You can fit in a hole.
You can block a hole.
You can spin around a hole.. to create scale of a membrane.
Granular convection works with holes that you can fit through.
Holes, and fillers create stacking systems.
Holes, and fillers create bonding systems.
Holes, and fillers create fractals.
Holes, and fillers create nothing.
1 + -1 = 0... a filler, and a hole create zero.
A hole is magnetism.
A filler is gravity.
The logic infinitely regresses.
Energy is to store a granular convected fractal inside a quantum hole, which is the physics for cold. Then to release those physics, and the temperature rises.
So you can take all of these physics, and more from magnetism, and gravity, and apply them to a heartbeat.
Pincho Paxton