Post by Pincho Paxton on Aug 6, 2015 15:36:30 GMT
Link...
Surfing droplets: Movement of droplets on soft surfaces
Pincho says...
Scientists can call it surface tension if they like, but that doesn't explain the physics. The edges of materials can bond weakly, which allows them some axis rotation like a wobbling gyroscope. The bonding has all of the Y axis bars making lines along a surface by tilting flat to that surface, but the flip-flop allows the bars to also point outwards like hairs on your head. This wobbling Y axis can then shift a bonding hole like oxygen around like pass the parcel. The tilt of holes propagates gravity at a tilt, and therefore gravity creates mass at a tilt, so you get a curved mass. Some magnetism may then propagate back out, around the mass, and replenish the oxygen... something like that.
So you have the option of Surface Tension
Or my version which at least has some idea of the physics.
Pincho Paxton
Surfing droplets: Movement of droplets on soft surfaces
Pincho says...
Scientists can call it surface tension if they like, but that doesn't explain the physics. The edges of materials can bond weakly, which allows them some axis rotation like a wobbling gyroscope. The bonding has all of the Y axis bars making lines along a surface by tilting flat to that surface, but the flip-flop allows the bars to also point outwards like hairs on your head. This wobbling Y axis can then shift a bonding hole like oxygen around like pass the parcel. The tilt of holes propagates gravity at a tilt, and therefore gravity creates mass at a tilt, so you get a curved mass. Some magnetism may then propagate back out, around the mass, and replenish the oxygen... something like that.
So you have the option of Surface Tension
Or my version which at least has some idea of the physics.
Pincho Paxton