Is Lindsay?s ?SM? a fraud?

[Grumpy]

Same as vacuum, which is relative to the parameters that it currently possesses.  If you compress and decompress it, then these values change.

Roentgen believed that he could create large currents if he could rotate the dielectric fast enough.  A gaseous, massless dielectric can be changed at a vry rapid rate.

So, what do you really want to know?  What are you looking for?

[weri812]

@ Erfinder

I am listening.  I may not under stand all but i do read all references put out there and keep a copy of everything.

God Bless all
good work to all that can

wer

[tosky]

I just don't understand what a surprise, short circuit due to the core saturation is quite normal. All the motors burned due to core saturation when given a heavy load to it.

[Grumpy]

Pretty hard to saturate empty space.

As for measuring the density of space, or a vacuum or an aether - I think you can determine a set of reference of parameters regarding the movement of light through what you consider normal space and then determine these same values for light within the space you want to measure.

See, "light just is" - not really particle or wave completely - sounds like a perfect tool for see what can not be seen.

So, if you have a rotating dielectric field, and that dielectric is a gas or other seemingly transparent entity, you could probe it with light from the outside and not effect the field.   Of course, if you got carried away with the light you might start to effect things is some unforeseen way, so I'd easy any attempt along these lines.

So, you may find the light is compressed or expanded within the field, or rotated, or polarized, or the path changes.   You may find that a pattern projected through the field is "distorted", or just distorted in the field and then undistorted on the way out, but there is a change in velocity.

[EMdevices]

@Loner

"Calculate" the current that would be produced by rotating the dielectric at a specific rate under a
specific controlling field, etc.  etc. 

I have seen the derivation in a book at Barnes and Noble, but I think I can still calculate it myself using my engineering books.  I'm getting rusty at everything nowadays... 

EM