Post by Pincho Paxton on Nov 16, 2024 9:10:52 GMT
Link...
Material developed with novel stretching properties
Pincho says...
There's no such thing as a pull force which makes stretching unusual in all instances of it. When you pull open a door you put your hand behind whatever you are moving. If you open a door with glue on your hand then you are putting quantum holes between you and the door, and the holes are the areas of least resistance for the door to move towards... which is still a push force.
With all forces being push forces you can imagine that an elastic band is totally weird, and creates one of the most powerful optical illusions of all time. So this new material is actually starting to look 'less' weird.
probably the easiest way to visualise it is to look at a chain closely, and you can see that all of the links 'push' each other...
Then you have to work out nuclear bonding which is a quantum flow towards points which all push, and leave through a quantum hole.
Nuclear Bonding Using Only Push Forces
Pincho Paxton
Material developed with novel stretching properties
Pincho says...
There's no such thing as a pull force which makes stretching unusual in all instances of it. When you pull open a door you put your hand behind whatever you are moving. If you open a door with glue on your hand then you are putting quantum holes between you and the door, and the holes are the areas of least resistance for the door to move towards... which is still a push force.
With all forces being push forces you can imagine that an elastic band is totally weird, and creates one of the most powerful optical illusions of all time. So this new material is actually starting to look 'less' weird.
probably the easiest way to visualise it is to look at a chain closely, and you can see that all of the links 'push' each other...
Then you have to work out nuclear bonding which is a quantum flow towards points which all push, and leave through a quantum hole.
Nuclear Bonding Using Only Push Forces
Pincho Paxton