"Learn
How A Derivation Of The Generalized Maxwell's Equations Reveals Longitudinal
Electric Waves And A Scalar Component That Will Shock You!"

REVEALED:
It's been known that the
Current Maxwell Equations are not what were Originally Developed but
what hasn't been Known is a whole other form or Scalar "Wave"...

Robert
Haralick , Ph.D.

Longitudinal
& Scalar Waves: The Biquaternion Generalization of Maxwell's
Equations ™

http://emediapress.com/robertharalick/scalar

by

Robert
Haralick, Ph.D.

Professor
Robert M. Haralick received a B.A. degree in mathematics from
the University of Kansas in 1964, a B.S. degree in electrical
engineering in 1966, and a M.S. degree in electrical engineering
in 1967. In 1969, after completing his Ph.D. at the University
of Kansas, he joined the faculty of the electrical engineering
department, serving as professor from 1975 to 1978. In 1979 he
joined the electrical engineering department at Virginia Polytechnic
Institute and State University, where he was a professor and director
of the spatial data analysis laboratory. From 1984 to 1986 he
served as vice president of research at Machine Vision International,
Ann Arbor, MI and occupied a Boeing Professorship in the department
of electrical engineering at the University of Washington from
1986 through 2000. At UW, he was an adjunct professor in the computer
science and bioengineering department. In 2000 Professor Haralick
accepted a Distinguished Professorship position at the computer
science department of the Graduate Center, City University of
New York. At the 2016 Energy Science & Technology Conference,
he presented: Paramagnetic and Diamagnetic Field Experiments,
Robert M. Haralick, Guy Obolensky and Loren Zanier. According
to Google Scholar, his published papers have been cited over 60,000
times!

Downloadable
Conference Series

2019
Energy Science &
Technology Conference

THIS
IS A DOWNLOADABLE DIGITAL VIDEO PACKAGE

From:
Aaron Murakami Date: RE: Longitudinal & Scalar Waves: The Biquaternion Generalization
of Maxwell's Equations

Dear Friend,

In the last
few years, Prof. Haralick became interested in subtle energy research
but many of the experimental results were not explainable by the common
paradigm. Some of his work in this area was presented at the last couple
Energy Science & Technology Conferences.

It became apparent
to him that there should be a theory that can begin to explain some of
this unusual phenomena.

His interest
was primarily focus on whether or not Maxwell's Equations could be generalized
so that it could be used to explain some of this work specifically including
the type of work Tesla was involved with in the early 1900's regarding
longitudinal waves.

PREVIEW OF THE PRESENTATION

Prof. Haralick
will walk you through a very specific sequence of segments that include:

James Clerk
Maxwell - an interesting biographic sketch that quite likely, many
mathematicians and engineers have not heard of.

The Maxwell
Equations in Modern Form - a general review to set the stage for a
comparison of the rest of the presentation.

Maxwell's
Original 20 Equations - this takes you back to the original 1865 paper
that he had before he wrote his treatise. Prof. Haralick has a strong
intent to figure out what was in those equations in the way that Maxwell
wrote them because what many people have said is that what Maxwell had
in his equations are not the same as what the Heaviside-Biggs Equations
are that are currently used.

Quaternions
- this goes into the quaternion algebra, which sounds complicated but
if you have any background in the most basic high school algebrea, you'll
understand quite a bit of it.

Quaternion
Generalized Maxwell Equations - you'll then be walked through the
derivation and this derivation admits to a longitudinal electric wave
along with the scalar wave and this type of "scalar wave" will
most likely shock you. So far this comprises a little less than half of
the presentation.

Tesla, Galinas,
Zimmerman, & Hively - the rest of the talk regarding the work
of these men, what they built and what they wrote that is relevant to
this kind of generalizaton as well as other related topics. Some of the
material covered in this section may reveal to you some thing that you
have not previously realized - especially regarding Tesla's work.

Get a copy
of this presentation so you can have an authoritative analysis of Maxwell's
Equations that reveals a very specific type of "scalar wave",
which not been openly discussed in any literature on the subject.

THIS
IS A DOWNLOADABLE DIGITAL PACKAGE

HERE'S WHAT YOU GET WITH Longitudinal
& Scalar Waves: The Biquaternion Generalization of Maxwell's Equations

2
Hour 7 Minute video presentation where ...

172
page PDF of the slides show for the presentation.

Academics
will have a very hard time arguing with this presentation because it uses
Geometric Algebra, which is accepted by the mainstream. They can't argue
with something they've been teaching for decades!

Longitudinal
& Scalar Waves: The Biquaternion Generalization of Maxwell's
Equations

THIS
PACKAGE INCLUDES

1.08
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2
Hour 7 Minute Presentation

172
page PDF of slides for presentation

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YES!
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of Maxwell's Equations Now!

Aaron,
I'm ready to add this incredible lecture about Longitudinal &
Scalar Waves: The Biquaternion Generalization of Maxwell's Equations
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Give
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Waves: The Biquaternion Generalization of Maxwell's Equations
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THIS
IS A DOWNLOADABLE DIGITAL PACKAGE

Longitudinal
& Scalar Waves: The Biquaternion Generalization of
Maxwell's Equations

THIS
PACKAGE INCLUDES

1.07
GB ZIP FILE

2
Hour 7 Minute Presentation

172
page PDF of slides for presentation

SRP
$37

Introductory
Special
$27

Expires
soon...

IMPORTANT

(MAKE
SURE TO CLICK THE GREEN BUTTON AFTER YOUR PURCHASE TO
GET INSTANT ACCESS TO THE DOWNLOAD - AND MAKE SURE TO
DOWNLOAD BOTH FILES)

Download link
will be sent to your e-mail. Your details will never be shared, period. Just
like you, I dislike SPAM with a passion too!

Sincerely,

Aaron Murakami

P.S. Will
you do me a favor?

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& Scalar Waves: The Biquaternion Generalization of Maxwell's Equations
right now and study it carefully. Then decide if this isn't the best information
on the entire subject to ever come along at ANY price!

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P.P.S.
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Longitudinal
& Scalar Waves: The Biquaternion Generalization of Maxwell's Equations | Robert Haralick, Ph.D.

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