Gravitation: Master Key to the Universe

by Karel Havel

Havel's Law of Gravitation, derived in the book from the atomic level, for the first time solves an n-body gravitational problem. It physically explains the mechanism for carrying gravitation at a distance, the consequences of the delayed action of gravitation, the causes of irregularity of an eccentric orbit, and the problems of gravitation at high speed. The constituents of the constant of gravitation are derived from the atomic level. Heretofore vaguely described mass is for the first time defined mathematically.

Havel's Law of Gravitation physically explains not only the celebrated advance of Mercury's perihelion, which has been mathematically justified by general relativity, but also all other irregularities of the eccentric orbits. It also explains by the same principle the different shapes of the galaxies and the tendency of all bodies in the universe to drift away from one another.

192 pages, Paperback

First published June 1, 2003

Reviews

[Tami · Rating 5 out of 5]

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 as 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 key 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 to meant to introduce the author's ideas into the arena for discussion and critique by students and researchers in the physics field.