About the gas in plasma tubes WAS Re: So this is how RIFE works

[Guest guest]

Dear Char and group,

Note: To avoid confusion, the subject line is changed.

Since you brought it up, is there anyone out there who can give me an

understanding of variations in tissue response as a result of the gas,

or mixture of gases, used in plasma tube units? Does, say, a

neon-filled tube have greater depth of penetration or cause more

" tissue agitation " than a tube filled with a mixture of helium and neon?

Nate Berger

<SNIP>

>IF that EM wave **meets charged particles**, because charged

> particles physically respond to EM emissions. The strength of the

acoustic

> induction will depend on the strength of the EM wave at any one

> micro-location. The acoustic oscillation is at the particle level.

Herein

> may lie the beauty, mechanism of, and action of the plasma emission

devices.

> In fact, this acoustic induction is already obvious, because we can

often

> hear an acoustic response coming from the **charged** gas particles

in the

> plasma tube, which are oscillating in response to the EM signal

being put

> through the tube.

>

> So, when the EM wave from the plasma tube is traveling through any

type of

> live tissue - animal, human, plant - it is inducing a localized acoustic

> response at the billions of charged atoms and molecules therein.