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The book
proposes a radical new theory
of gravitation that makes the Big Bang unnecessary and
explains away the Dark Matter.
Introducing new book:
Gravitation: master key
to the universe
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There are two types of
scientists: the theorists are professional mathematicians who
develop new mathematical theories, and observers or
experimenters are the professionals who observe stars or make
elaborate experiments, sometimes to prove or disprove the scientific
theories.
A typical scientific theory starts by assuming a
number of mathematical variables, frames of reference, observers,
and such. From those assumptions, and from prior theories, all
kinds of scientific traditions and superstitions, is
developed, according to strict rules of the game of
mathematics, a new theory, usually in the form of mathematical equations or
elaborate sentences.
I am at a
disadvantage to professional scientists. I most definitely am not an observer or
experimenter. I am also not a professional mathematician, even
though I learned high mathematics back at the
university.
Newton's Law of Gravitation, published more than three hundred years ago,
is valid only for two bodies. The attempts to promote it to an
unrestricted three-body solution were so far unsuccessful.
The General Theory of Relativity of Albert
Einstein, published in 1916, applies only to a single
body.
So, back in the year 2000, when I decided to
develop a new theory of gravitation valid for any number of bodies, I had
to do it differently. Perhaps that was the reason why I was successful.
I gave myself a time
limit of two weeks to develop the theory, and I went to work. To my surprise, my new theory of gravitation
was roughly finished in about 12 days. The writing of the book
took much longer.
I
started to develop my new theory of gravitation from the ground zero.
I started with only a single hypothesis, which I eventually
developed into the full theory of gravitation valid for any
number of bodies.
Hypothesis:
Each atom, or subatomic matter,
continuously emits carriers of gravitation called vacuons, randomly
in all directions. The vacuon contains no matter or energy and
carries no force. Thus atom, or subatomic matter, loses nothing
by emitting vacuons. Each vacuon flies in a straight line at a finite
speed.
Gravitation is conveyed
by the hit of vacuon on a receiving atom.
In response to the hit, the receiving atom momentarily changes its
velocity, against the direction of the hit. The continuous hits by vacuons cause the acceleration of the atom.
The present day scientists
usually develop new scientific theories by totally mathematical
tools.
In stark contradistinction, I first tried
to understand how gravitation operates physically. I imagined a
number of rocks flying in space under the influence of gravitation.
The very first observation was that the rocks, not being familiar
with mathematics, cannot count their numbers, and that
therefore there cannot exist a physical n-body
gravitational problem. The second observation was that the rocks
have no self-awareness of being distinct bodies. The third
observation was that the rocks are incapable of making any
measurements or calculations. Many other observations followed
before I could say that I understood the physical operation of
gravitation.
The
next step was to convert the physical operation of gravitation
to a mathematical model, which resulted in
the new law of gravitation valid for any number
of bodies.
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SUMMARY:
The new theory of gravitation, proposed in the book, does things that no prior theory could do:
The new theory is valid for any number of bodies;
the new theory explains the operation of gravitation at the atomic level;
the new theory proposes a "third" model of the Universe;
the new theory explains why the
galaxies recede, without the Big Bang;
the new theory explains the basic shapes of the galaxies;
the new theory effectively explains away the Dark Matter;
the new theory explains why we are alone in the Universe.
The classic scientific theories are usually presented
as being absolutely perfect, even though some of them
are mere speculations. The classic theories even use the terms "universal";
"absolute"; "everything"; and the like. The equations that appear in
such theories are simple and beautiful. If only the Universe was so
perfect, simple, and beautiful!
In
contradistinction, no representation of perfection is made for the new theory of gravitation
presented in the book. In fact, I admit that the theory is
imperfect and incomplete. So is the real world. The only representation I make is that the
new theory is better than any prior theory of gravitation. Why don't you judge it for yourself?
The book Gravitation: master key to the
universe
(ISBN 0-9689120-0-1) is a laminated trade paperback 6"
x 9". It has 176
pages, 24 illustrations, and includes index and bibliography.
Even though it contains mathematical equations, it is written in a style
intended for an intelligent layperson.
Just look at the Table of Contents:
Chapter 1 - Havel's Law of Gravitation
Chapter 2 - Gravitational field
Chapter 3 - Density of vacuons
Chapter 4 - Effect of density of vacuons
Chapter 5 - Delayed action of gravitation
Chapter 6 - Self-organizing solar system
Chapter 7 - Atom and vacuon
Chapter 8 - Body and gravitation
Chapter 9 - Motion of body
Chapter 10 - Gravitation in solar system
Chapter 11 - High speed
Chapter 12 - Weight
This is not just
another dry and boring book about abstract science. After
all, I am not an Ivory Tower scientist.
My objective was to write an interesting, readable, and thought provoking book!
That
is why the book is written in a
style suitable for an intelligent layperson.
CONSIDER SOME REVIEWS:
Deftly written by
Karel Havel (a professional engineer with particular interest in
theoretical physics and astronomy), Gravitation: master key to
the universe presents an atomic model to explain gravitation, one of
the greatest mysteries heretofore explained only in mathematical or
geometrical models. Seminal, thoughtful, technical, yet quite "reader
accessible" study of a complex mystery governing how the universe itself
works, Gravitation:
master key to the universe is a
welcome contribution to the growing library of theoretical physics in
general, and the study of gravitation on atomic level (and why the
galaxies in the universe are drifting away from one another) in
particular.
From THE
BOOKWATCH(The Midwest Book
Review); reprinted with permission.
The book,
Gravitation: master key to the universe puts
forward a bold hypothesis that gravitation is not a single mighty force
exerted by the whole body. The solution of the mystery of gravitation,
offered in the book, has two integral parts: a comprehensive physical
explanation of the action of gravitation on the atomic level and a
mathematical model, called 'Havel's Law of Gravitation'. This concept is
valid for any number of bodies of any shapes and sizes. It is the solution
of an n-body gravitational problem.
Written by a professional engineer,
the book can be read by scientists and students alike.
Gravitation: master key to the universe breaks
new ground in understanding gravitation.
Featured in FRONTIER
PERSPECTIVES
.
Gravitation: master key to the universe is a book describing the gravitational
theory of the author. Unlike most contemporary theories about gravitation,
the author's theory does not build upon previously accepted theories such
Newton's Law of Gravitation and Einstein's Theory of Relativity. Instead,
Havel's law of Gravitation is the product of completely unique thought
processes.
The concept in this theory is the
importance of vacuons that are propelled at the atomic level creating the
attracting phenomena of gravitation. This concept completely defies the
currently accepted theories that label gravitation as a force between
objects. Much of this book explains how Havel's Law of Gravitation
compares to these accepted theories and how the author's ideas differ from
contemporary views.
The sheer amount of formulas, charts, and diagrams
help to explain the author's ideas with a great deal of explanation and
clarity. Nonetheless, this book is not written for the average lay person
or even a person with a passing interest in physics. Instead, this book is
meant to introduce the author's ideas into the arena for discussion and
critique by students and researchers in the physics field.
Blether The Book Review Site; by
Tami Brady; reprinted with permission.
Gravitation: master key to the
universe presents a new law of gravitation, a mathematical
model based on the physical analysis of gravitation. Mr. Havel, in his
introduction, claims that his solution disproves both Newton's Law of
Gravitation and Einstein's Theory of General Relativity.
Gravitation: master key to the universe is a well
presented book. However, I did find some areas of disagreement. To quote
Mr. Havel: "The book is intended for an intelligent layperson. Anybody
familiar with elementary geometry and simple arithmetic will be able to
follow my explanation and understand my theory of gravitation." I found
the formulae in the book to be of a level requiring more than just
"elementary geometry and simple arithmetic."
I feel that this book will
be best understood by those in the scientific community who have an
understanding of calculus and analytic geometry, therefore the book would
have a limited audience with the average reader. Though, the presentation
of his theories in the book seem reasonable and are well documented, and
readers will find the summary of new terms and a glossary at the rear of
the book to be helpful. Despite the positives, only a select group of
readers will find any benefit from this book.
Round Table
Reviews; by Robert
H. Goss; reprinted with
permission.
Gravitation: master key to the
universe
by Karel
Havel
I have to
admit, I always thought of myself as an intelligent layperson with a
modicum of understanding of the world of physics. Having read and
understood books like Entaglement and Holographis Universe, I was sorely
unprepared to try and take on Karel Havel's Gravitation, a very technical
book about a breakthrough theory of gravitation that pretty much
obliterates, or so the author says, earlier theories.
This book
documents in ful detail the author's brilliant theory of gravitation,
known as Havel's Law of Gravitation, which is based upon Havel's own
research as a professional engineer with a deep interest in theoretical
physics. Basically, for those of you with little knowledge of physics, the
author shows that gravitation does not involve force, and instead operates
on the atomic level in three-dimensional space. This concept of lack of
force goes against prior theories, but lays out equations in detail that
back his claim, and although I had difficulty grasping much of what was
being discussed, having only had a college course in physics and my own
reading interest, I could clearly see that the proof was in the
pudding.
Havel focuses on the actions of the atom, and of vacuons,
which are not particles of matter or quantums of energy, but are invisible
emissions, if you will, that are given off by atoms and subatomic matter.
Gravitation, the author suggests, is conveyed by hits of vacuons on atoms.
Havel's Law of Gravitation suggests that the measure of the intensity of
the gravitational field is dependent upon the density of vacuons. (Thank
God for the author's inclusion of a glossary of new terms in the back of
the book!)
Throughout this book, which is really geared to those with
at least an intermediate level of knowledge of physics, geometry, and
mathematics, I learned about new concepts and terms I had never
encountered before, and in the end had a basic understanding of how
gravitation can be transported through a great distance, why it is not as
effective at high speed, how it acts on the subatomic level, and of
course, how this theory differs from the Newtonian theory, even Einstein's
Theory of General Relativity. The many appendixes in the back of the book
add to the general theory, providing further comparisons of Netwon's Law
with Havel's Law, and almost a dozen other related laws and studies,
including a look at General Relativity as it relates to Havel's Law.
I
found this book to be absolutely fascinating and something I will read
over again to try to absorb more of the technical information I was not
able to grasp. Again, readers be warned, this is a book that is going to
go right over the heads of those with a basic knowledge of high school
physics. I grappled with it, I honestly admit. But I did learn a lot about
a subject matter that affects every aspect of our existencs, yet so eludes
with numbers and equations and laws we can only begin to understand (and
really don't even think about as we go through our lives).
Karel Havel's Gravitation will no doubt shake up the
world of theoretical physics, where tradition and status quo often shut
out new concepts and theories and hang onto old ideas long after their
welcome has been worn out. But this one is so powerfully and clearly
researched and presented, it would seem hard for even the most closed of
minds to challenge.
Bookideas.com; by
Marie Jones; reprinted with
permission.
If you're serious about science, you will get this book right now and
start reading it today.
Do you want to know what it will cost
you to get this thought provoking book?
$14.95.
Yes, for the price of a fast food dinner you can
have a high quality book.
So if you're serious about science, click the link below. If you need to justify the expense,
skip going for a fast food dinner once this week and it's paid for.
You can also order the book directly from the
publisher:
Send your check
or money order for US$14.95 (or equivalent),
payable to Grevyt Press
(the postage is on us) to:
Grevyt Press, 704 - 15
Kensington Road, Brampton, ON CANADA L6T
3W2
Distributor:
The title is stocked by The Distributors, 702 S.
Michigan, South Bend, IN 46601; tel. 574-232-8500.
P.S. Seriously, for just $14.95 you can have a
rare and remarkable scientific book. How can you pass on that?
Grevyt
Press
704 - 15 Kensington Road
Brampton, ON
Canada L6T
3W2
info@grevytpress.com
Questions? Comments? Need support? support@grevytpress.com
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