Longitudinal wave research

[MarkSnoswell]

When I started the heterodyning on the pvc coil, on the scope I saw wave forms then when the phase cancellation harmonic hit the signal got squeezed like an am signal. As I proved with the bucket-o-vibes and IS proved the heterodyne output can be made to spin at any speed and in either direction. Could this process be the canon balls and be that simple of an explanation?

Anything is possible. Personally I doubt it. I have neat devices that generate rotating and spinning fields from 10's KHz up to 10's MHz. The rotating it's self is not difficult - or enough. Pulsing, timing, potentials, static and parametric modulation/pumping are all implicated. I am currently setting up to pulse at higher potentials - 100 - 660V.

cheers

mark.

PS. 1:4:11  would be my recommendation -- explanation later

[Jdo300]

Hello All,

I came across some VERY interesting information from the guys over on the Magnet motor forum who are trying to explain the anomalous acceleration in the MPMM Magnet motor. This interesting quote from one guy really got my attention when thinking about it with regards to the TPU:

A test to check doppler compression would be a dual probe (or at least dual data log/time) gauss reading in both the leading and trailing positions relative to the stator. The precession location should show a higher density. If this is not the case, then we should look to an outside source such as a nearby EM generator running at a harmonic of those frequencies.

I believe it to be Doppler compression coupled with inertia. Although you may not be the first to demonstrate it you certainly do deserve accolades :wink: for sharing your discovery and helping to get the concept recognition.

Another guy commented about "Doppler compression in rotating fields" although I couldn't seem to track down the whole post, but this really got me thinking about what Steven Mark meant when he said,

"Has anyone ever done any research on what happens when we
create a magnetic field and revolve it faster and faster.
What changes and at what speed or frequency of the pulsed field
do things suddenly change?"

Anyone have any thoughts on this? The first thing I will do once I get my controller up and running is to create a rotating field and make it go faster and faster just to see what happens.... If I use a large diameter coils, It would even be possible to revolve the field at relativistic speeds.... Does anyone have any ideas about what might happen once the field gets close to the speed of light??

I thought I found out what would happen when I posted about this:
http://www.overunity.com/index.php/topic,1872.msg32902.html#msg32902

It was a simulator for showing the Doppler effect. Would what is shown in the simulator happen in real life in the TPU if we make the field go fast enough?

God Bless,
Jason O

[Grumpy]

MAGVID had a beam of light out the top so would recommend you not stand over it.  Of course MAGVID was biased, so don't be under it either.  I do not know if it literally burned anything, but just to be safe...fire extenguisher might be nice.

EDIT: MAGVID beam was at like 30 MHz.   Inventor is dead, so little is known for sure.