Could this be how a TPU works?

[Gothic]

Yeah Scalar is real, it can change things in "the matrix", whoever thought that an
  aluminum bar, at room temp, can be made to quiver like jello

http://www.hutchisoneffectonline.com/

Be wary of these fields, you can alter the virtual particle flux in ways deemed
  undesireable (VPF is a Tom Beardon term defining this REAL matrix we exist in)

This site contains a few points which should be noted http://bob-dratch.org/#Part1

[acerzw]

Thats pretty scary stuff. Isn't the TPU supposed to use soliton waves too?

[stallman]

I have been steering people into to thinking that the TPU uses scalar waves. I think they do but I would feel better if BOB BOYCE would give some of his input. I have just read "All about phase" thread and read at what bob boyce was doing. He was talking about hitting pulses in phase. After reading the Hungarians scientist report about combining microwaves in perfect phase and getting OU. I believe that the TPU has a scalar component.

1. Fast rise times and fall times.

2. Scalar Waves (kicks) followed solitons (seeds).

3. What feels like vibration at 7.xx hz (scalar waves make your hands tingle)

The problem is that I haven't been able to test my thoughts. I will get access to a lab in a month or so. I will hopefully contribute a lot of test results to this group.

[EMdevices]

Hopefully this will help , if not confuse some moreÃ, 

A distortion in the fabric of space, aether, or whatever we want to call empty space,Ã,  is called a field.Ã, Ã, 

Early on in the discovery of electrostatic/magnetic attractions, it was apparent that two objects exerted forces on each other AT A DISTANCE.

Well, they didn't like this concept of ACTION AT A DISTANCE, and this distortion, or field concept was proposed as more intuitive.

Now,Ã,  There are two categories of fields.

1)Ã,  VECTOR FIELDSÃ,  Ã, Ã,  (e.g.Ã,  electric, magnetic, gavitic, flow, strain, stress,etc.)

2)Ã,  SCALAR FIELDSÃ,  Ã,  (e.g. temperature)

What is the difference?

With vector fields, at any point in space we can assign a 1) VALUE or MAGNITUDE, and 2) a DIRECTION.

Scalar fields only have the first part, A VALUE.Ã, Ã,  For example, Temperature in a room has only a value at a particular point, we can't say it has any direction,Ã,  however, heat FLOW, is a VECTOR field, and at a particular point in the room heat flows in a particular DIRECTION.

Now, with pretty much any scalar field there can be associated a VECTOR field.Ã, Ã,  Pressure distribution in a 3D space is a SCALR field, but variations of pressure can be expressed as the GRADIENT of that SCALAR field, and it's now becomes a VECTOR field, since, once again, a DIRECTION is now associated with it  (this is called taking the GRADIENT of the scalar field).

Anyway,Ã,  That's what the scientific comunity understands by scalar fields, it's not something bogus.

So, can there be scalar fields in electromagnetic theory?

Well, charge density is a scalar field,Ã,  does charge (an electron) have a direction?Ã,  No, so a charge distribution in a wire in space (charged air) is a scalar field.

Now, if there are fields, there must be waves.Ã, Ã,  So can there be waves supported by VECTOR fields, yesÃ,  EM waves,Ã, 

Can there be SCALAR waves?Ã,  well, yes and no, you need a SCALAR field alongside a VECTOR field.Ã, Ã, 

For example:  AUDIO waves are due to SCALAR pressure field distributions, and the VECTOR field of air flow due to that SCALAR field.Ã,  They go hand in hand.Ã,  So in a sense you do have a SCALAR wave that has moved, but we need to understand what's involved.

EM

[stallman]

I understand what you are saying (I think). It all depends on the perspective and what you are measuring.

The problem with scalar technology is that it is hard to find info on it. In a month I will be getting access to a lab where I will conduct many scalar and TPU tests. I will of course post the results.

Stallman