RE: [Vo]:Meissner effect and focusing ?

ubject: Re: [Vo]:Meissner effect and focusing ? We can produce ultra-dense matter using just about any initial feedstock if we apply enough pressure to it. In the case of the “woodpecker” experiment being reported by Can, the material that he are working with is water. The pressure application is

Re: [Vo]:Meissner effect and focusing ?

We can produce ultra-dense matter using just about any initial feedstock if we apply enough pressure to it. In the case of the “woodpecker” experiment being reported by Can, the material that he are working with is water. The pressure application is coming from the calling cavitation bubble

RE: [Vo]:Meissner effect and focusing ?

Thanks, Jürg. A “focusing” capability – using neodymium ring magnets - would present an interesting option in a situation where the superconductor is the not the pellet we are familiar with, but instead is a microscopic strings of dense hydrogen, such as described by Holmlid. If that dense

RE: [Vo]:Meissner effect and focusing ?

Jones— Your last sentence leave me hanging. Have you seen the answer? FRC Sent from Mail for Windows 10 From: JonesBeene Sent: Sunday, July 7, 2019 7:27:06 AM To: vortex-l@eskimo.com Subject: [Vo]:Meissner

Re: [Vo]:Meissner effect and focusing ?

From the physics point of view the Meissner effect is caused by an induced - repelling - counter current. If such a current stays on a ring then from the physics point of view the rings will self adjust as long as the axis of the opposite field stays inside the ring. (Of course there are more