From: testing_h@yahoo.com

Newsgroups: sci.physics.plasma

Subject: Large scale demonstration of entanglement?

Date: 10 Jun 2005 03:53:59 -0700

Organization: http://groups.google.com

Hi there group.

They've entangled large clouds of atoms, several million (IIRC) in the

lab.

So, what if ball lightning (and several other related phenomena) are

composed of a central core of entangled atoms (perhaps carbon) or a

mixture.

The outer shell would be composed of a combination of argon/nitrogen

gas and highly energetic electrons, held in place by the "collective

attraction" of what is effectively one pseudo-atom which should

therefore be enough to hold the electron shell

stably out to several tens of centimetres radius.

Additionally, as this central core is heavy, this should cancel out or

reduce the inherent lift of the hot outer electron/plasma shell,

resulting in a stable hover.

When it contacts a conducting surface, the electron shell may simply

"bounce" off due to this insulating layer of atoms in much

the same way as a soap bubble bounces off clothing.

On contacting a poor or non-conductor where the velocity of impact is

high enough, kinetic energy should cause the inner core to

penetrate the glass/plastic dielectric, and the outer electron shell

should rush through the gap in much the same way as electrons rush

through a punch-through in a capacitor's dielectric.

This would be expected to cause damage to anything that uses the

integrity of glass such as a TV tube or plasma screen. The hole in the

glass might only be a fraction of a millimetre in diameter, and due to

the intense heat could simply fuse as the electron shell rushes through

the hole.

Regards,

-A