Dear David Thomson:

On Jun 3, 6:40*am, David Thomson wrote:
On Jun 3, 8:08*am, "N:dlzcD:aol T:com \(dlzc\)"
wrote:

Congratulations.
Thanks, *However, gravitational waves ripple not
only space-time, but matter, too.

... and when "rippled" together ...

When the gravity wave passes through a
magnet, it causes a change of magnetic
flux density.

... it negates your suspected action, for
exactly that reason.

That would be the case with a laser
interferometer, because the entire experiment
is setup and observed from a four-dimensional,
space-time perspective.

Light is EM fields.

*The Aether, which manifests as magnetic
fields (among other things), exists in a
five-dimensional, space-resonance
environment. *Magnetic flux is observable from
our four-dimensional space-time perspective,
yet it is also the medium carrying the
gravitational wave.

And light. So you cannot have a different behavior for light than you
have for magnetism (which also derives from light).

...
When properly setup, changes in magnetic
flux density can record the gravitational waves.

No.

What do you mean, "no?" *I have already
performed the experiment with positive results!

No, you performed the experiment and recorded a result that you cannot
show is not due to local ionization of matter. Did you even record
the orientation of the "upset" in the magnetic field?

...
Gravitational waves are "angular momentum"
being propagated through the Universe. *You
need not look for a flux, but a torsion...

I have the physics that demonstrates angular
momentum is exactly orthogonal to magnetism.
*That is why magnetism can be used to
determine subatomic particle angular momentum.
*Mechanical waves of the Aether propagate
coincident with magnetic pulses of the Aether.

So does ionization.

David A. Smith