Many of you may know the man behind Scalar Electromagnetics. But
remember for any deception to be true. It has to have an element of
truth. Also the fact that the man is still alive means his theory is
not completely right or he should be silenced already by the black
project division of classified projects.
Although the man claimed many things. Let's just focus on his
longitudinal electromagnetic or scalar wave. If you can refute this
longitudinal wave. Then you win. But hear all the arguments first
before you do that.
In the bottom are all the references and the train of truth which got
him started. But let me summarize the substance of his theory first in
very simple descriptions. He chose the Bohmian Mechanics theory. Since
BM has hidden variable. Then the vacuum has hidden variable too! The
hidden variable is simply the longitudinal waves that hides in
microscopic fabric of the wave (which he calls Whittaker Scalar
Potential). He started from the paper of Whittaker and includes the
one by Richard Ziolkowski and Andrei Sakarov and others. The result is
his basic idea of the scalar potential wave. Now very important. There
may be some truth up to this. We know he developed further theories
from the basic. And it is these other theories that may no longer
conform to reality. So I just want to focus on scalar waves. The
following are the references and the trains of thought and the summary
of it.
Whittaker, E.T. (1903) "On the Partial Differential Equations of
Mathematical Physics," Mathematische Annalen, Vol. 57, p. 333-355.
Whittaker, E.T. (1904) "On an Expression of the Electromagnetic Field
Due to Electrons by Means of Two Scalar Potential Functions,"
Proceedings of the London Mathematical Society, Series 2, Vol. 1, p.
367-372.
Ziolkowski, Richard W. (1985) "Exact Solutions of the Wave Equation
With Complex Source Locations," Journal of Mathematical Physics, Vol.
26, p. 861.
Ziolkowski, Richard W. (1989a) "Localized Transmission of Wave
Energy," Proc. SPIE. Vol. 1061. Microwave and Particle Beam Sources
and Directed Energy Concepts. p. 396-397.
Ziolkowski, Richard W. (1989b) "Localized Transmission of
Electromagnetic Energy," Physical Review A, Vol. 39, p. 2005.
Ziolkowski, Richard W. (1989c) "Localized Transmission of Wave
Energy," Proc. SPIE. Vol. 1061. Microwave and Particle Beam Sources
and Directed Energy Concepts. p. 396-397.
Ziolkowski, Richard W. (1992a) "Localized Wave Transmission Physics
and Engineering," Physical Review A (in Press).
Ziolkowski, Richard W. (1992c) "Properties of Electromagnetic Beams
Generated by UltraWide Bandwidth Pulse-Driven Arrays, IEEE Trans.
Ant. Prop. (Submitted).
Ziolkowski, Richard W., Amr M. Shaarawi, and Ioannis M. Besieris.
(1989) Nuclear Physics B (Proc. Suppl.), Vol. 6, p. 255-258.
Ziolkowski, R. W. and Lewis, D.K. (1990) "Verification of the
Localized Wave Transmission Effect," Journal of Applied Physics, Vol.
68, p. 6083.
Andrei Sakarov induced gravity from
http://en.wikipedia.org/wiki/Induced_gravity
"Induced gravity (or emergent gravity) is an idea in quantum gravity
that space-time background emerges as a mean field approximation of
underlying microscopic degrees of freedom, similar to the fluid
mechanics approximation of Bose–Einstein condensates. The concept was
originally proposed by Andrei Sakharov in 1967."
The following summarized the idea from Whittaker and Ziolkowski and
Andrei Sakarov. Understand the logic of it. Attack the theory, not the
man!
"The Scalar Potential Has an Internal Bidirectional Wave-Pair
Structure
In a profound but ignored 1903 paper of enormous consequences, E.T.
Whittaker decomposed the scalar EM potential into a harmonic set of
bidirectional wave pairs, extending the original 1897 work of Stoney.
Each wave pair consists of a wave and its phase conjugate replica (its
"anti-wave" or "time-reversed twin".). Thus the scalar potential has a
rich internal biwave structure. [Further, one can make a scalar
potential by simply assembling the necessary multiple waves, and one
can alter the internal structure of the potential at will by altering
the waves utilized in the assembly process.] In 1904 Whittaker
published a formidable second paper, showing that all of CEM could
readily be replaced by scalar potential (hidden multi-wave)
interferometry. In other words, scalar EM is far more basic and
extensive than is the present CEM with its emphasis upon the force
fields.
E.g., you can alter the internal structure of the Schroedinger
potential, and place deterministic biwave "hidden variables" inside.
You can then "engineer" these hidden variables _ and consequently the
Schroedinger potential _ by external means. In other words, you can
even accomplish at least limited engineering of quantum change itself.
This of course reduces the Gibbs statistics (which assumes a totally
random quantum change) to a special case, and provides a more general
case of chaotic quantum change, which is still statistical but may
contain hidden order. Note that this statement is experimentally
testable. It also resolves the greatest problem in quantum mechanics
today: the problem of the missing chaos (hidden order).
In 1989 Ignatovich placed a paper in the American Journal of Physics
pointing out a similar internal biwave structure of the Schroedinger
potential, but none of our scientists seems to have realized the
profound implications. If we apply these proven mathematical
extensions of electromagnetics, we are now dealing with a higher
topology hidden variable theory, along the lines shown by Bohm, but
one that is engineerable on the lab bench.
Ziolkowski's Extension Allows Hyperspatial Communication
In 1985, a brilliant EM scientist named Ziolkowski independently
rediscovered Whittaker's internal biwave harmonic decomposition of the
scalar potential. He also extended the "internal structure" theory, to
encompass not only the sum set but also the product set. Since the
product of waves represents modulation, Ziolkowski's brilliant work
provides the setting for direct information communication capability
in the internal structuring of the scalar EM potential.
Further, this internal channel is in the virtual state, so one is
accomplishing virtual state engineering, in the sense of the vacuum
engineering posed by Nobelian Lee. If one uses a 4space Minkowski
model, the Whittaker/Ziolkowski channel information may be viewed as
subspace communications. If one utilizes an n-space Kaluza-Klein
model, where n is greater than 4, then the Whittaker/Ziolkowski
channel information may be viewed as hyperspace communications. Living
systems already use this inner EM channel. "
"Starting from Sakharov's postulate, to the first order gravitation
should be due to some aspect of the EM field, since EM is the
strongest and most universal force normally encountered in the
macroscopic world experimentally, and since mass is already "trapped
EM energy." Thus
Sakharov focused attention upon the zero-point EM energy fluctuations
(ZPF) of vacuum. Sakharov conjectured that the Lagrange function of
the G-field is generated by vacuum polarization, due to fermions.[Ref
14] Akama et al examined the potential generation of gravity as a
collective excitation of fermion-antifermion pairs.[Ref 15] Haxlacher
and Mottolo
proved that space-time (ST) curvature can arise from the quantum
fluctuations of pure gauge fields.[Ref 16] Zee showed that gravity is
generated as a symmetry-breaking effect in quantum field theory in
which a dynamical scale-invariance breaking is postulated to take
place at energies near the Planck mass.[Ref 17] Amati, Veneziano and
Yoshimoto showed that in pre-geometric models the Einstein action and
metric may be generated from quantum fluctuations of matter fields.
[Ref 18] A review of the exploding field was given by Adler, with
particular emphasis on the case of renormalizable field theories with
dynamical scaleinvariance breaking, in which the induced gravitational
effective action is finite and
calculable.[Ref 19]"
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Now add Bohmian Mechanics to it and what do you have? Scalar
Electromagnetics!
Let us not forget what this Mario Bunge of Foundation of Physics
mentioned:
"... it is not usually acknowledged that electrodynamics, both
classical and quantal, are in sad state..."
"... neither classical nor quantum physics are cut and dried, both
being full of holes and in need of a vigorous overhauling..."
Comments, objections, clarifications welcomed! Thanks.