Post by Pincho Paxton on Mar 16, 2024 9:17:26 GMT
Suction And The Seal
When you suck through a drinking straw you remove air pressure at the front of the liquid, and it is pushed at the back from the higher pressure of air. This is hole/filler physics, you are creating a hole, and a filler wants to move into it's area of least resistance due to a direction of force. With a vacuum cleaner you could put some dough on the end of the cleaner, and seal off the hole in the nozzle, and now only tension can fight the pressure change. A drum skin can fight the pressure change better than the dough. The drum skin therefore creates a perpendicular pressure change to the air pressure.
What are all these pressure changes?
We think of air as just air pressure, but it is also gravity pressure. Gravity flows through the air to create the air pressure like wind into the sails of a boat. The molecules for air are catching gravity as well, so there are two flows into the vacuum cleaner at the same time. Gravity also creates a quantum rotation for electrons, and the rotation is like an eyeball which looks where it is going. The rotation that gravity creates can be stored as a memory, and when all of the rotations align throughout a material you get magnetism. When the rotations point inwards towards a central point like golf ball dimples you get bonding, because gravity collides at those points, and when gravity collides it is like destructive interference, and it becomes zero. More gravity can move into the zero gravity hole. This means that an in-flow of air can be remembered due to gravity collisions. So the dough bends inwards because those rotations are being stored, and point towards gravity collisions. The drum skin has already stored many gravity collisions perpendicular to the vacuum nozzle.
So lets start at the beginning, a ball of paper is sucked towards the vacuum cleaner, and it follows the flow of air towards a hole in the air, because that is the area of least resistance. Gravity is also flowing along with the air. The ball of paper bocks the nozzle tightly, but gravity collides at points, and rotations occur that point the ball of paper inwards (this is also inertia stored) So a memory of the flow is stored in the ball of paper due to gravity collisions. The air can no longer pass the ball, but gravity can. Gravity moves into holes in gravity the same as air moves towards holes in air. Holes in gravity exist inside atoms, gravity follows the atoms, and creates rotations in the toroidal spins of electrons. Those rotations already have been stored perpendicular in a drum skin.
Pincho Paxton
When you suck through a drinking straw you remove air pressure at the front of the liquid, and it is pushed at the back from the higher pressure of air. This is hole/filler physics, you are creating a hole, and a filler wants to move into it's area of least resistance due to a direction of force. With a vacuum cleaner you could put some dough on the end of the cleaner, and seal off the hole in the nozzle, and now only tension can fight the pressure change. A drum skin can fight the pressure change better than the dough. The drum skin therefore creates a perpendicular pressure change to the air pressure.
What are all these pressure changes?
We think of air as just air pressure, but it is also gravity pressure. Gravity flows through the air to create the air pressure like wind into the sails of a boat. The molecules for air are catching gravity as well, so there are two flows into the vacuum cleaner at the same time. Gravity also creates a quantum rotation for electrons, and the rotation is like an eyeball which looks where it is going. The rotation that gravity creates can be stored as a memory, and when all of the rotations align throughout a material you get magnetism. When the rotations point inwards towards a central point like golf ball dimples you get bonding, because gravity collides at those points, and when gravity collides it is like destructive interference, and it becomes zero. More gravity can move into the zero gravity hole. This means that an in-flow of air can be remembered due to gravity collisions. So the dough bends inwards because those rotations are being stored, and point towards gravity collisions. The drum skin has already stored many gravity collisions perpendicular to the vacuum nozzle.
So lets start at the beginning, a ball of paper is sucked towards the vacuum cleaner, and it follows the flow of air towards a hole in the air, because that is the area of least resistance. Gravity is also flowing along with the air. The ball of paper bocks the nozzle tightly, but gravity collides at points, and rotations occur that point the ball of paper inwards (this is also inertia stored) So a memory of the flow is stored in the ball of paper due to gravity collisions. The air can no longer pass the ball, but gravity can. Gravity moves into holes in gravity the same as air moves towards holes in air. Holes in gravity exist inside atoms, gravity follows the atoms, and creates rotations in the toroidal spins of electrons. Those rotations already have been stored perpendicular in a drum skin.
Pincho Paxton