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The main parts of this book consist of three long articles that
have previously been published by the Galilean Electrodynamics
journal during three succeeding years as special summer issues. The
subject is a new theory of ether that has been developed. This
version of ether is compatible with special relativity theory
(SRT), and thus it cannot be considered as an absolute frame of
reference. One of the virtues of this book is that many of the
novel predictions can be tested in high-tech laboratories;
moreover, the book includes some new and extraordinary physical
concepts that make the proposed claims rational and plausible. The
words on the front page, from the effect of pressure on time
dilation to the unified mass-charge equation, are not intended as a
gossipy slogan, the likes of which sometimes appear in
pseudoscientific media or science-fiction books; it is a true motto
with a deep and physical basis. It is up to the reader, however, to
judge whether or not the book really does what it sets out to do.
The first chapter introduces a substantial number of Einstein s
general relativity predictions, which are recalculated according to
density theory (DT) to validate the theory for the reader. The
second chapter uses interesting concepts, some of which present
empirically bizarre results and are undisclosed as of yet; e.g., it
is shown that static pressure can dilate time and increase mass;
the light beam is affected in specific magnetic and electrical
fields, and thus we can deduce that photons are not always
electrically neutral; ether negative mass causes universal
expansion, and; water can behave as a biological ether especially
for deep sea creatures, as its hydrostatic pressure can affect
biological longevity. In chapter three, the author tries to unify
mass and electrical charge one of the oldest and most disputatious
physical problems in the single equation of mass + rotation =
charge for the very first time in the history of science.
Additionally, an alternative to the dynamo theory is brought forth.
After explaining each novel concept, the author uses some numerical
examples with no complicated mathematical methods beyond common
calculus. These concepts and examples make the book read as an
argumentative dissident textbook that is suitable for bachelor
students in science and engineering who want to nourish their
desires to research beyond the realm of orthodoxy in frontier
physics.
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