A Caution on the Rare Production of Higher Polarization em Energy

With great rarity, some novel uses of stresses and opposing forces in highly nonlinear electromagnetic circuits can produce and have produced "unusual" forms of EM energy. I am occasionally asked about these anomalous phenomena experienced by an experimenter encountering one or more of them.  Let me explain these "unusual EM energies," at least what I understand of them from limited experience with them.

In quantum field theory { [12] } and quantum electrodynamics, there are four photon (EM energy) polarizations { [13] }.   The x- and y- polarizations or any combination of the two are where the 3-space energy transported by the photon (or transported by a transverse EM wave comprised of such photons) is oscillating perpendicularly in 3-space to the line of propagation of the photon or wave.

If vibrations in the x- and y- directions are "frozen" so that the spatial energy cannot oscillate laterally, the transported energy will pulsate longitudinally like an accordion, back and forth along the propagation line of motion.  That's called a "longitudinal" or "longitudinally polarized" photon (or EM wave).  Most of the "unusual EM energy" effects produced in various nonlinear coils and other devices have involved the inadvertent production of such longitudinal EM waves (LWs).  Irradiation by LWs can be detrimental to the body if too powerful.[6]   Irradiation by weaker longitudinal EM radiation can make one ill { [14] }, while stronger LW radiation can maim or kill { [15] }, particularly if strongly pulsed.

In theory a purely longitudinal EM wave would have infinite velocity and infinite energy.  In the real world, however, one can only make "partial" LWs, with some transverse wave residues.  These "imperfect" LWs are known as Undistorted Progressive Waves (UPWs) {[16] }.  In theory at least, a UPW can travel either slower than light (in which case it's called an electromagnetic particle) or faster than light (then it's a superluminal wave).  Most major weapons laboratories of the world either have already discovered or are now discovering and using longitudinal EM waves.

But back to our basic longitudinal EM wave, for further development.

If we now "freeze" the z-direction as well, then the 3-space energy in the wave does not oscillate at all, but just moves along as a slug of spatial energy. However, photons carry not only a piece of spatial energy, but also a piece of time.  Time is actually spatial energy compressed by the factor c².  With the spatial energy component "frozen", now the time component oscillates its magnitude.  In short, that is called a "time-polarized" or "scalar" photon (or, if waves are used, a time-polarized or scalar EM wave.).

EM waves  also carry not only spatial energy but also time-energy, since they transport photons.  However, presently physicists just ignore and do not model the energetics of the time-component transported by the wave in spacetime (vacuum).  They—usually unwittingly—portray only the 3-spatial intersection of the wave after observation.

Observation is a d/dt operator invoked on spacetime L³T, destroying the T and leaving the L³.  For that reason, all observation is spatial. No observable even "persists in time", since it is a frozen instant 3-snapshot of an ongoing 4-interaction.  Rigorously, the "spatial" wave portrayed in the texts is the material force field wave in the detecting matter (as in the Drude electron gas in a detecting wire antenna). None of the dozens of texts checked shows the EM wave in spacetime, but only a broken consecutive series of frozen snapshots in 3-space.[7] That is not how the EM wave exists in space at all.  (See Figure 9).

The conventionally unknown time-polarized EM wave is the most powerful of all EM waves, and in pulses or with any substantial power can have quite lethal effects upon anything living.  Adroitly used, it can also have beneficial effects.  Mind operations are totally electromagnetic, but consist of time-polarized EM wave and photon operations rather than transverse.

The Russians, e.g., have long since developed weapons utilizing time-polarized EM waves and generators for them.  Russian forces tested such a time-polarized EM weapon in Afghanistan, on two occasions { [17] }.  The Mujahedin thought this invisible "death ray" was some new kind of instant-acting nerve gas.  A powerful pulse of time-polarized (scalar) waves instantly destroys all life of any kind in the struck area or object or zone.  It does so by simply snapping the time-domain mind completely loose from the 3-spatial body, resulting in instant and total death (hence the name mindsnapping).  Everything living, at cellular level or even much finer, has its own correlated "mind-part" in the time-polarized EM domain.  So mindsnapping kills all living parts, from the finest level to the largest { [18] }.

Time can be taken to be spatial energy { [19] } compressed by a factor of at least c².  So it has at least the same energy density as mass.  When one uses time-polarized EM waves, one is using the time-components of the EM waves and photons, hence the equivalent of extremely powerful nuclear energy—one where all the mass can be converted to spatial energy!  So a little bit of transduction of time-energy into spatial energy can produce enormous spatial energy { [20] }.

We previously extended the conventional conservation of energy law—which conserves the net total of the spatial energy and the mass-energy—to include conserving the net total of the spatial energy, mass-energy, and time-energy { [21] } (Figure 10).

Usually researchers stumble into weak LW emission phenomena (hopefully only mildly!) when experimenting with something like opposing or biwound coils with cores of various materials (especially mixed organic material cores) or with plasmas irradiated by multiple EM waves where the difference frequencies can serve as extremely active radiation { [22] }.  Under the right circumstances, the peculiar actions of the difference frequency are directly amplified by all the EM noise present { [23] }.  Certain plasmas also transform transverse EM waves to longitudinal EM waves.  The conglomerated results of such phenomena can be hazardous if powerful. 

I advise anyone against experimenting with such, unless he is a very experienced researcher, takes extreme precautions, and uses very little power.  Since LWs can affect nuclear detectors, one is also advised to have several different types of them closely on hand and monitoring.  One experiments with such effects at one's own risk, and the risk can be substantial if other than minimal power is used.  Neither this author nor the publishers of this volume are responsible for accidents or effects suffered by experimenters in this area, who experiment at their own volition and risk.

Unless rigged for antigravity (Figure 8), the Sweet device did not produce or radiate longitudinal EM waves.  Otherwise I would no longer be among the living, because I was closely exposed to it many times for long periods.