Post by Pincho Paxton on Jul 14, 2015 9:59:35 GMT
Link...
The physics of salad dressing
Pincho says...
This includes many of my physics. The propagation of movement which Einstein changed to Relativity in my theory is towards fields of holes. I call this propagation Keyfields, and Gatefields, where a Gatefield is the higher mass, and the keyfield fits into that Gatefield. Doorways for propagation are like doughnut rings, and finding your way is to do with the doughnut hole... do you fit the hole? Same size doughnuts have the same fields which is a polarized counter force = 0... destructive interference. In other words a dead wave cancelled out 1 + -1 = 0. Or you could say that two bubbles touching create a flat plane between them. I believe it is the flat plane that moves planets, and moons, and suns apart.
So the large, and small droplets are like granular convection, and so are the same sized droplets. In a bag of mixed nuts there is more movement between different sized nuts, and no movement between same sized nuts, but in this case the fields of holes are hidden in the experiment.
Pincho Paxton
The physics of salad dressing
...when a large droplet is near a small droplet they approach each other, while droplets of equal size move apart.
Pincho says...
This includes many of my physics. The propagation of movement which Einstein changed to Relativity in my theory is towards fields of holes. I call this propagation Keyfields, and Gatefields, where a Gatefield is the higher mass, and the keyfield fits into that Gatefield. Doorways for propagation are like doughnut rings, and finding your way is to do with the doughnut hole... do you fit the hole? Same size doughnuts have the same fields which is a polarized counter force = 0... destructive interference. In other words a dead wave cancelled out 1 + -1 = 0. Or you could say that two bubbles touching create a flat plane between them. I believe it is the flat plane that moves planets, and moons, and suns apart.
So the large, and small droplets are like granular convection, and so are the same sized droplets. In a bag of mixed nuts there is more movement between different sized nuts, and no movement between same sized nuts, but in this case the fields of holes are hidden in the experiment.
Pincho Paxton