I designed and built some of the first magnetic resonance units.  Its not
really a fast rise time magnetic pulse.

You start with a strong DC magnetic field just to provide a stable
environment -- the effect is the same in the earth's magnetic field.

You hit the molecules (we used water) with an radio frequency pulse (27
mHz).  Its not fast rise time, but it was synchronized so that a burst of
r.f. just started right up at the beginning of an r.f. cycle (tricky to do
40 years ago!).

This r.f. frequency was chosen to be the same as the rate of the electron
spin in that magnetic field.  When the frequency is exactly the same as the
spin rate, there is a transfer of energy to the electron(s) and it (they)
flip over.

Meanwhile, you have quickly turned off the r.f. field and turned on a
receiver that is listening to the same coil.  It will pick up the tiny burst
of r.f. energy that is given of as the electron flips.

The intensity and timing of the energy returned gives an indication of the
local energy fields that the electrons in question are being influenced by.
These can be interpreted to determine the atomic structure (that kept a lot
of people busy for a long time!)

At any rate, I don't think there is much of a correlation with the effects
of the magnetic pulser operation.

Rex




> Magnetic resonance uses a fast rise time magnetic pulse to kick all the
> molecules which then ring at their own characteristic frequency in a
strong
> DC magnetic field.
>
> It is like plucking the string of a guitar.  The fast rise time is the
> pluck, the string tension is the DC magnetic field, and the system then
> analyses the note that comes back and where it came from.
>
> Marshall
>
> Ivan Anderson wrote:
>
> > Hi Rob
> >
> > I'm not sure that the two can really be compared.
> > I don't know much about NMR, but it is the extremely fast rise time of
> > the magnetic pulse of the Magnetic Pulser which causes a current to flow
> > in the tissues and in pathogenic cells, and it is this current that has
> > the beneficial effect. Magnetic resonance sounds like a continuous wave
> > of various frequencies, which would not induce such a high current.
> > Could be all wrong about the last bit... but it sounds good.
> >
> > Ivan.
> >
> > ----- Original Message -----
> > From: "rob gr" <[email protected]>
> >
> > > Was looking at Magnetic Pulser information at:
> > > http://216.60.190.54/biology/thumind.htm
> > >
> > > It says "Subjects will feel no physical sensations except for light
> > thumps
> > > during this phase of treatment. Exposure levels are considered safe
> > because
> > > intensity of this magnetic pulser is much lower than Magnetic Nuclear
> > > Resonance Imaging in routine use on tens of thousands of patients. "
> > ... I
> > > have had two MRI's. So should not I be cured of LYME?
> > >
> > > Rob
> > > in memphis
> > >
> >
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