excerpted from EXTRAORDINARY
Maxwell's Lost Unified Field Theory
About the time of the U.S. Civil War, James Clerk Maxwell succeeded in unifying magnetism and electricity.
Actually he did far more than that, in his theory as originally written.
In fact, he had produced a theory which also captured the free interchange between electromagnetic energy and gravitational energy, but no one
- including Maxwell himself - realized it at the time.
Maxwell wrote his original theory in quaternion and
quaternion-like mathematics. The modern form of vector mathematics had not yet been finalized by Gibbs and Heaviside.
It is most instructional to examine some of the fundamental differences between a vector and a quaternion.
In a conventional 3-dimensional vector, one may have three vector components, such as
= ai + bj + ck
where i, j, k are unit vectors in the directions of the x, y, and z axes respectively and a, b, and c are constants.
Obviously if the vector components of vector v are zero, then
We shall be interested in the "vector product" of two identical
vectors v, where
v = AA sinØ =
and A is the length (magnitude) of vector v, Ø is the angle between
the two vectors (in this case zero), and 0 is the zero vector.
Now let us look for a moment at the
First, in addition to the three vector components, a quatemion
also has a separate scalar component, w. So the quatemion q for this
= w + ai + bj + ck
Now when this quatemion is
multiplied times itself, the vector
part zeros, just as it did for the vector expression. However, the scalar
part does not go to zero. Instead, we have
X q = A2 = a2
There is a very good physical
interpretation of this result. It is a square of the amplitude, hence for
the vector part of a wave, it is directly proportional to the energy density of
the vacuum, as a function of time, at the particular position. However, we
now need to make a short explanation of variation of stress energy density of
First, we note that, according to
general relativity, the "gravitational potential" is just a
conglomerate of potentials of all kinds. Basically, a potential represents
a G-potential, and consequently a curvature of spacetime. The potential
also represents "trapped energy."
Second, we note that Kaluza
combined electromagnetics and gravitation as a unified theory in 1921.
Kaluza added a fifth (spatial) dimension to Minkowski's 4-space, and applied
Einstein's relativity theory to 5 dimensions.
To Kaluza's delight, a common
5-d potential is responsible for both electromagnetic field and gravitational
field. The "bleed-off' of this 5-potential in the 5th dimension
(which is wrapped around each point in our 3-space) is what we know as
the electromagnetic force field. The bleed-off of this 5-potential in
and through our 3-space is what we know as the gravitational force
Since the EM
field is very much stronger (by a factor of 1042 for electrons) than the
gravitational field, it is obvious that most of the
bleed-off of the 5-potential is in the 5th dimension,
as EM force field. Only a tiny bit is left to bleed-off in
3-space, producing a very weak gravitational field. l
l Electromagnetics is 5-gravity sliding around our 3-space.
3-gravity is 5-gravity oozing through our 3-space.
We state this fact: as a mass moves in space, it
generates increased "activity" with the virtual particle flux
of vacuum itself. The increased virtual particle flux activity
exchange between vacuum and mass is analogous to a strange kind of "virtual
resistance." Since the resistance is virtual,
it does not observably slow down an observable object moving in an
(unobservable, virtual-particle flux) vacuum.
The increased flux activity represents an
increased "virtual energy density" of space time, and an
increased "trapped potential" (mass; resistance to an
accelerating force) of the moving object. It represents a rotation
of the spacetime frame, vis a vis the laboratory observer).
In the virtual vacuum (which contains both
positive and negative time), one sees two antiparallel virtual forces:
one in positive time, along the velocity vector of the object, and one
in negative time (time reversed, or phase conjugated). The reason
one sees virtual forces is that each virtual (subquantal) change in the
virtual flux activity represents an individual (unintegrated), separate
change, hence a virtual acceleration. The observer ( where things
are integrated), sees the integral of all these accelerations, hence
The vector sum of these two virtual forces in
the vacuum is a zero vector; however, the two taken together represent a
stress in the local energy density of vacuum.
Since we may regard an EM wave as a stream
of virtual electrons/positrons, each engaging in tremendous virtual
particle flux exchange with the vacuum, then the same basic picture
Now for our physical interpretation of
(4-5): If we refer to an EM wave moving in the vacuum, the rotation of
the frame is maximum (90 degrees). But this same rotation is just
the same as additional vacuum stress, so the vacuum stress is maximum.
This leads to these conclusions: An electrical force
field vector represents a local maximum linear stress in spacetime, along the
line of the vector. (Note we specifically deny that the electrical force
field vector, of an EM wave in vacuum, is transverse. Instead, it is
longitudinal. That has been addressed elsewhere by the author and will not
be covered further here. )
Another electrical (stress) vector interacting
with the first one adds more "urging" stress to the first.
However, this action is occurring in the rotated frame of the moving wave, and
so is rotated 90 degrees from the electrical velocity vector. Therefore it
is lateral (but in a hyperdimension, not in 3-space) at right angles to the
electrical velocity vector.
The combined "urging" action of the two
vectors thus sweeps out an area with respect to the laboratory observer .
This means that the total "urging" or
"stressing" action of the two vectors is analogous to a vector area.
It also means that this "area"
function may be taken as the "swirl" of the electrical vector, but in
a hyperdimension, not in 3-space. That is, we have described the magnetic
Thus any two electrical vectors that
interact will have an "area" or "resistance" component
generated. Any two that interact. Whether they add
vectorially, cross-product multiply, or dot-product multiply.
What is actually happening is that the wave
exists in the 5-potential. The E and B fields just represent the
oscillations in that 5-potential. They represent oscillations in the
bleed-offs of that potential as E-field (longitudinal) and B-field (swirl).
The drag-area represents the accumulation of
extra potential—hence the local rotation of spacetime. Since this
accumulation is moving (along with the EM wave), as it passes a point it
represents a change in the local virtual particle flux density of vacuum at that
point, hence a local curvature of spacetime.
Hence, the EM wave makes a
5-dimension G-potential wave as it travels. The 3-dimensional gravity wave
associated with this is normally very, very much smaller in magnitude—say, by
a factor of 10-42
However, if the two vectors interact so as to produce a vector zero resultant,
then all the electromagnetic energy of the two vectors is
captured. That is, all the "EM vector zero" resultant
means is that the EM bleedoff of the 5-space gravitational potential
wave has been stopped. The 5-potential is still oscillating, and
now all its trapped 5-energy must bleed off as 3-gravity force field.
Mass acts as an accumulator for this
"trapped-EM energy turned into local curvature of 5-space."
If we continually irradiate a mass with such a wave, the atomic nuclei
of the mass slowly charge up with the new energy. Note that this
potential delta may be positive or negative, if one adjusts accordingly.
In this fashion one may change the mass
of a static object in the laboratory. One may either increase the
mass or decrease it, or cause it to float, or even cause it to
But to return to our vector interaction
and our interpretation of the scalar remainder of the quatemion.
The rule is, when the two EM vectors
interact so as to form a zero EM resultant, then the EM energy
represented in each of the two vectors has been converted into a special
form of 5-space gravitational potential, one that is not bleeding-off in
the fifth dimension (electromagnetically), but one which will gradually
produce a 3-gravity potential in a mass's atomic nuclei as a function of
time, the individual element, permeability and absorption factors of
those nuclei, etc.
Therefore in our mathematical theory we
ought to have a scalar component remaining when two EM vectors interact
to form an EM vector zero resultant. That scalar component
represents what is happening in the 5-potential, that will only bleed
With exploration of this phenomenology in
the laboratory, one can work out the functions, constants, coefficients,
and parameters which specify how the "5-G to 3-G and vice
versa" component works in conjunction with mass, motion, and other
That's the magic secret of
It was captured inherently by
the quaternion theory of Maxwell published during the American Civil War!
After Maxwell's death, when the
scalar portion of the quaternion was discarded (by Oliver Heaviside) to form
"modern" EM theory, that also discarded the unified field interaction
between electromagnetics and gravitation.
Electromagnetic field and gravitational field were
then modeled and regarded as mutually exclusive. EM field, therefore, was
thought to produce no specific gravitational effects in the vacuum itself.
Hence when Albert Einstein was formulating general
relativity some decades later, he knew only one way to "curve"
spacetime: that was gravitationally, by "attraction of mass"
But gravitational force was so weak that only a
huge collection of mass would exert enough of it to measurably curve spacetime.
That would require a sun or star. Since the observer and his instruments
would never be on the surface of the sun or a star, Einstein assumed that the
local spacetime of the observer would not be curved.
Hence he severely crippled his general
relativity theory. In the West, it remains an assumption to this day.
It is not a universal assumption in the Soviet Union, however, since the Soviets
have long since written - and developed in the laboratory - unrestricted general
relativity with local spacetime curvature, and hence local violation
of conservation laws.
So the scalar part of the quaternion
interaction, that remains when the vector part of the resultant is zero, is
That is the magic unified field portion that
everyone has been seeking for decades and decades!
It was there at the beginning.
Then we inexplicably threw it away!
But to return to our vector/quaternion
Note also that the two vectors
+ bj + ck,
= -ai - bj - ck
sum to zero vectorially
when added, such that
+ v2 = 0
However, quaternions may behave quite differently, even
under addition. For example, the two quaternions
q1 = w + ai + bj + ck,
=w - ai -bj - ck
sum their vector parts to a vector zero resultant, but
do not sum to a scalar zero as well. Instead, they sum to
As can be seen, quaternions which have the same vector
parts as vectors, do not necessarily yield a complete zero when the vector parts
sum to zero. And when two vectors multiply to provide a zero vector
resultant, corresponding quaternions may yield a scalar term that is equal to
the product of the magnitudes of the two vectors.
In this way, the quaternion approach can capture the stress
of the medium, induced by opposing or multiplying vectors. In the
vector approach, the stress of the medium is entirely lost when the two vectors
sum or multiply to a zero resultant.
Let us see just how important this "vacuum
stress" can be.
First, the "stress in the medium" represents
curvature of space-time when that medium is the vacuum/spacetime.
In other words, the quaternion approach captures the
ability to utilize electromagnetics and produce local curvature of spacetime, in
an engineering fashion. Heaviside wrote a subset of Maxwell's theory where
this capability is excluded.*
* Dr Henry Monteith has independently discovered that
Maxwell's original quaternion theory
was a unified field theory. See his important "Dynamic Gravity
and Electromagnetic Processes," in publication.
Note that, by Maxwell's original
quaternion theory, however, Einstein's assumption need not be true at all.
For example, look at equations (4-5) and (4-9): Here we may utilize
electromagnetic force quaternions to produce zeroed EM forces, and an increased
stress in local spacetime. In other words, we have curved local spacetime
electromagnetically. Since (with electrons) electromagnetic forces are
about 1042 times
as strong as the gravitation force, this local curvature of spacetime is not
That is, we have produced a scalar effect from
zeroing vector operation between electromagnetic forces. I have called
this scalar electromagnetics, and pointed out that it is truly electrogravitation.
We stress again that this violates one of the
severely limiting assumptions that Einstein placed upon his theory of general
relativity. He assumed that curving spacetime could only be done by the
weak gravitational force due to mass. Since gravitational force is so
weak, only a stupendous collection of mass - such as the sun or a star - could
curve spacetime enough to notice experimentally.
Since obviously the observer and his
laboratory instruments would never be located on the surface of the sun or
a star, Einstein assumed that the local spacetime would never be
curved! In other words, the local frame would always be a Lorentz
frame. This meant that, locally, the familiar conservation laws of physics
would always apply. Curvature of spacetime would only occur at great
distances, and at huge collections of mass such as a star or dwarf star.
Einstein did not write a complete,
unlimited general relativity. He wrote a sort of "special relativity
with distant perturbations."
If Einstein had had electromagnetic theory
in quaternions, the scalar "vacuum pressure" parts would have been
there for him to ponder. It is highly probable that he would have captured
the "electromagnetics-to-gravity conversion remainder" in the
If so, he would have written the
full theory of general relativity, involving local violation of conservation of
energy, a unified field theory, and the direct engineering of gravitational and
antigravity effects on the laboratory bench by electromagnetic means.
In that case, we should long since have
navigated all around the solar system, colonized the planets, produced practical
free energy devices and power systems, and avoided two great world wars and a
host of little ones.
But let us now see if we can make a gravitational
Again, regard equations (4-5) and (4-9). Suppose
these are instantaneous operations of EM force quaternions whose vector parts
are varying in magnitude, but in such a manner that the vector parts always form
a zero vector resultant. Now one can see that the scalar part remaining -
which represents the stress of local space-time - is varying as the product of
the magnitudes of the vectors in the interaction vary.
This means that one has now produced a scalar wave
that represents the local variation of spacetime curvature in an oscillating
Rigorously this is a gravitational wave. It
has been produced locally. It has been produced by Maxwell's original
Again, I have called this area scalar
electromagnetics. The Soviets call it energetics.
Where local spacetime curvature is varied,
conservation laws (energy, conversation, etc.) need not hold. Curved one
way, the local spacetime acts as a source (of energy, charge, etc.) Curved
the other way, the local spacetime acts as a sink (of energy, charge, etc.)
The Soviets often do not utilize the same
restricted kind of general relativity that Western scientists adhere to.
Soviet papers in general relativity regularly
point out the complete and unrestricted theory, where local spacetime curvature
is allowed. They also point out that all conservation laws may be violated
by such local curvature. Thus the Soviets have no unduly dogmatic respect
for conservation laws.
Further, by assuming the possibility of local
spacetime curvature, Soviet scientists have assumed the possibility of direct experimentation
with general relativity on the laboratory bench.
In the West, we have assumed that such cannot
possibly be done, because of Einstein's limiting assumption of no local
spacetime curvature. Thus Western physicists are strongly conditioned away
This is particularly ironic since the basis for
just such an experimental theory was produced by none other than Maxwell himself
in his original theory of electromagnetism.
Indeed, shortly after the U. S. Civil War, we
should have been developing antigravity spaceships. We should have
developed electromagnetics a la Maxwell and been on our way to the planets of
our solar system. For Maxwell had - admittedly somewhat unwittingly -
given us the basis for the necessary engineering theory of unified
Mutilation of Maxwell's Theory
Well after Maxwell's death, Oliver Heaviside
helped to finalize what is today vector analysis.
Then he undertook to "translate"
Maxwell's theory from quaternion form to the new vector mathematics form.
Now quaternions were devilishly difficult to
calculate in. So much so, that a majority of the electrical scientists
(there were not very many of them in those days!) were in despair.
Not to worry! Heaviside took a broadax,
figuratively speaking, and simply chopped off the scalar term, leaving only the
With that artifice, he greatly simplified the
calculations to be performed.
Of course, he also threw away the EM stress of
spacetime! That is, he threw away the "gravitation" part of
Let me stress this fact most strongly. After
Maxwell's death a single man - Oliver Heaviside - directly altered Maxwell's
equations, eliminating localized electrogravitation and producing the form of
the theory taught throughout the West today as "Maxwell's theory."
Maxwell's theory has never been taught in Western
universities! Only Heaviside's crippled subset of the theory has been
Then, shortly before the turn of the
century , a short, sharp "debate" erupted in a few journals - mostly
in the journal Nature. Only about 30 scientists took part in the
It wasn't really much of a debate!
The vectorists simply steam- rolled right over the remaining quaternionists,
sweeping all opposition before them.
They simply threw out the remaining vestiges of
Maxwell's quaternion theory, and completely adopted Heaviside's interpretation.
Thus, a little over a decade later when Einstein wrote
his general relativity theory , he did not know that the original work of
Maxwell already indicated the unification of gravitation and electromagnetics,
and indicated the ease with which local spacetime could be
electrogravitationally curved locally and engineered.
Accordingly, he placed the scientists of the West on
a road which rigorously assumed that a unified field theory was yet to be
discovered. It also strongly discouraged any experimentation aimed at
curving local spacetime, for it assumed that such could not be done.
After Potsdam and World War II, a frustrated Stalin was
to drive his scientists to review the entire scientific literature of the
Western world, actively seeking a great new technical breakthrough area such as
the Allies had demonstrated with the development and use of the atomic bomb.
Great Soviet institutes - one staffed, for
example, with over 2,000 PhD's - were set up to thoroughly review all the
Western scientific literature from its very beginning. Anything
interesting, anomalous, or unknown was put aside for further examination.
It is a good bet that the meticulous Soviet
scientists discovered the difference between Maxwell's original electromagnetic
theory and Heaviside's mutilation of it. Great mathematicians that they
are, Soviet scientists would have realized the implications of the difference.
With their knowledge of unlimited general relativity, they would have made the
connection to electrogravitation.
By 1950 they had indeed done so, and were deeply
into the development of what they called "energetics", and I have
called scalar electromagnetics.
They had also reached another milestone about
the same time - 1950 or so.
After WWII, both the Soviets and the U.S.
were keen on securing the best of the German scientists. The U.S.
particularly wanted missile scientists and rocket engineers. The Soviets
wanted them too; but they also wanted the German radar specialists and
The West didn't care about the German radar
scientists and engineers, and the IR fellows. The Soviets did, and they
got them. That was to prove a most spectacular benefit indeed.
During the war, the Germans had placed extreme
emphasis upon radar and radar absorbing materials (RAM). The German
scientists had fantastically developed and extended the science of radar cross
section - which is the heart of the matter and very, very complex. They
were much further ahead in radar cross section theory at the end of WWII than
where the U.S. is today, in the opinion of some U.S. radar experts.
So the Soviets started with a great jump on
us in radar knowledge, and they have steadily increased the lead over the years.
In addition, the Germans had developed
highly successful radar absorbing materials, and much of the theory to accompany
Such materials turn out to be the key to how
to build and develop a radar phase conjugation mirror, to produce a
time-reversed radar wave.
Thus, because of the German scientists, by
1950 or so the Soviets had already discovered phase conjugation. And they
had discovered it in radar first, not in optics!
They would have been primed for the
discovery by their great review of Western literature and the foundations of
science, since they would probably have noticed that the time-reversed wave is a
solution to the wave equation. If so, they would certainly have realized
its generality throughout all physics, all frequency bands, and all types of
Superb mathematicians that they are,
the Soviets would certainly have made the Kaluza-Klein theory connection, and
also realized that phase conjugate waves carry negative energy as well as
negative time. They would quickly have seen the gravity and antigravity
So about 1950 or so, the Soviet Union would have started
phenomenology experimentation in earnest, with phase conjugate radar mirrors and
phase conjugate radars. This is what was referred to as energetics.
The Soviets began a massive program in energetics about the time of the
beginning of the Korean War.
By 1957-8 the Soviets had progressed to the point of a
giant scalar EM accident in the Urals which exploded nearby atomic wastes,
devastating the area. They had also progressed to development of great new
superweapons using their new energetics - weapons to which Khrushchev referred
in 1960 when he informed the Soviet Presidium of a new, fantastic weapon in
development, a weapon "so powerful that it could wipe out all life on earth
if unrestrainedly employed."
About the same time (mid-to-late 50's), the Soviets had
also started the eery low-level microwave radiation of the U.S. Embassy in
Moscow, to see if the U.S. knew of scalar electromagnetics (energetics) and was
developing its own electrogravitational weapons and defenses.
Upon Whittaker's Fundamental Work
In 1904, a most fundamental paper in the
foundations of electro- magnetics was delivered by the British mathematician E.T. Whittaker.
(E.T. Whittaker, "On an expression of the electromagnetic field due to
electrons by means of two scalar potential functions," Proc. Lond.
Math. Soc. , Series 2, Vol. 1,1904, p. 367-372.).
In this important paper, Whit taker showed that the
electromagnetic force field equations can be replaced with the derivates of two
scalar potential functions.
He also derived the most general form of electromagnetic
disturbances in the ether.
This means that the coupling of two dynamic scalar
functions can replace vector electromagnetics in the vacuum.
Note that Whittaker's work pointing out the overriding
importance of scalar fields also accents the erroneously discarded scalar part
of Maxwell's quaternion electromagnetic theory even more strongly.
Let me explain now how I got from Whit taker's
paper to scalar electromagnetics, Soviet Tesla weapons, free energy,
antigravity, and electromagnetic healing.
When I discovered Whittaker's paper, I had already
strongly objected that "charges" and electromagnetic vector force
fields - as presently included in the Heaviside version of Maxwell's equations -
included observable mass. Of course there was no observable mass in the
vacuum, hence the prescribed kind of EM force fields could not exist as such in
Obviously the foundations of our ordinary
electromagnetics theory were seriously flawed. Although my objections fell
on deaf ears, I determined to examine the foundations of EM theory , discover
the flaws, and at least point out the necessary corrections to be made.
Though this was an arduous task to undertake and
it required many years, slowly the flaws showed themselves, and the necessary
corrections slowly became clearer.
Most exciting of all, in working with several
unorthodox researchers, I was able to see many of these new ideas tried,
adjusted, and demonstrated. In addition, the proprietary
discoveries of these colleagues continued to reveal new and unique principles
and concepts. The only disadvantage was that I could not reveal the
propriety apparatuses and demonstrations of my inventor associates, but only the
principles and concepts that developed. In turn, I also developed
principles and concepts to explain what they were doing and the results they
So over the years I have slowly been releasing the
principles and concepts. Some of them are my own discoveries, many of them
are the discoveries of my associates. Some of them are simply a mixture of
Early on, it became obvious that the Soviet Union
was far ahead on this path, and was already utilizing the new unified field
theory to build eery, powerful new superweapons.
Since no one else in the U.S. seemed to be
"watching this particular store" (I was rather universally regarded as
some peculiar sort of fool!), I also began to compile information and data on
the Soviet weaponization of this unrecognized technology. This information
I have released in a series of papers, briefings, and books, the most recent
being a 1-hourvideotape, "Soviet
Weather Engineering Over North America," 1985, and a detailed book, Fer-de-Lance:
A Briefing on Soviet Scalar Electromagnetic Weapons, Tesla Book Co.,
Greenville, Texas, 1986.
Building upon Whit taker's important work, I
formulated a conceptual revision to electromagnetics, which I dubbed scalar
electromagnetics to accent that the observable EM vector force fields did
not exist as such in vacuum, but dynamic scalar fields did. I also wished
to call strong attention to the fact that observable force does not exist until
an observable particle of mass is coupled to the interference of the two scalar
fields (much like in the Aharonov-Bohm
effect). The Soviets, of course, call this area energetics. Energetics
technology has been used in gigantic weapons programs of the Soviet Union for
decades, and it appears to be developed under the most highly classified program
that the Soviet possess. All development and deployment of energetics
weapons is under the KGB and controlled directly by that organization, not by
the Soviet Armed Forces.
Peter Kapitsa, the great Soviet physicist, was once
pressed by Nikita Khrushchev for a total defense against missiles and air- and
space-borne vehicles. Kapitsa replied that it could only come from the new
energetics. In 1960, of course, Khrushchev gleefully announced to the
Presidium that a new, fantastic Soviet weapon was in development, "so
powerful that, if unrestrainedly used, it could wipe out all life on
Ironically, Khrushchev "jumped the gun" before
his new super-weapons were deployed. In the fall of 1962 he began
inserting long range missiles into Cuba, bracketing the U.S. with nuclear
firepower in an attempt to immediately change the balance of power.
Kennedy, of course, backed him down "eyeball to eyeball," so to speak,
in a blunt confrontation, but promised not to invade Cuba.
Khrushchev, with his days numbered, was desperate
to deploy his new superweapons and provide a dramatic demonstration to recover
By destroying the U.S.S.
Thresher on April 10, 1963 and, on the next day, producing a gigantic underwater
explosion 100 miles north of Puerto Rico, the Soviets demonstrated that the new
superweapons had been deployed. Khrushchev managed to retain his position
a while longer.
In the 1960's and early 1970's, I was also deeply
involved in the study of paranormal phenomena.
In 1969, I entered the Georgia Institute of
Technology to pursue a Master's Degree program in nuclear engineering,
graduating in 1971.
In 1973, I published a rather simple paper,
"Quiton/Perceptron Physics: A Theory of Existence, Perception, and
Physical phenomena," in which I pointed out the nature of quantum change,
gave a new definition of mass and acceleration, and pointed out the fundamental
nature of inversion of time. The paper also contained a simplified
derivation of Newton's laws of motion, relativistic form. The elements of
this paper had been worked out in 1971 while I was finishing my Master's program
in nuclear engineering. Finishing the work had been interrupted by a
slight sidetrack - a tour in Vietnam from summer of 1971 until summer 1972.
At about the same time, I formulated a fundamental
correction to Aristotle's logic, adding a fourth law
of logic to Aristotle's three, and a proof of it. The new logic was of
great use in discovering and uncovering new concepts in unified field theory .
Incorporating Kaluza-Klein 5-dimensional concepts,
scalar EM became a field theory that unifies electromagnetics and gravitation.
Incorporating dynamic sum-zeroed EM vector systems
(which are discarded in normal EM theory) allowed the direct engineering of the
unified field theory, including structuring the vacuum, curving local spacetime,
and producing effects at a distance and in higher dimensions. Actually it
allowed the recovery of much of the scalar part of Maxwell's original theory.
I then realized that, inside a vector zero EM
force field summation/multiplication, the virtual particle flux of
vacuum/spacetime was ordered and controlled locally and macroscopically.
This of course violated one of the major assumptions (a postulate) of quantum
mechanics; the assumption that the structure of vacuum was randomized,
and could not be deliberately ordered, engineered, and curved locally.
Adding phase conjugation (time reversal) aspects and
extended quantum mechanical concepts allowed local antigravity and local
curvature of spacetime to be included - again, on an engineering basis. It
also allowed one to produce a mechanism responsible for Newton's third law, and
to engineer the reaction force at will. Further, it revealed that the law
of entropy was simply the positive time statement; it showed that there
was another half of the law, the negative time part or the law of negentropy.
In addition, a startling new concept of mind, thought,
life, biofields, disease, and healing emerged from all this - again, on an
engineering basis. As we stated in the beginning of this book, it is now
an urgent necessity to release my work on the basis for electromagnetic disease
and electromagnetic healing. We must produce a very quick, positive
treatment and cure of AIDS and other coming lethal viruses before the world is
Accordingly, this work is being released in this
In this chapter we will next present some perhaps
surprising material on phase conjugation, from the scalar EM viewpoint, after
first briefly explaining symmetry and parity.
In following subsections, we will cover briefly
the remaining major concepts in scalar electromagnetics. This will then
set the stage for the following chapter, Extraordinary Biology,
in which we will deal with the basis for unparalleled electromagnetic healing.
Symmetry and Parity
The basic idea of symmetry is the arrangement
of the parts of a body or system about an axis so that two or more parts appear
the same with respect to some operation.
The most obvious example is to look in a mirror,
where we notice that our image has been reversed, left to right. Yet
otherwise there is no difference; and so we may say that the reflection has
"mirror symmetry." It's the same except that left and right are
If you know the details of a system at one point,
and at another
To Be Continued