Physics in 5 Dimensions

Bye, bye Big Bang

Festeinband März 2017

496 Seiten | ca. 19,0 x 27,0

ISBN: 978-3-96014-233-1

**Print-Ausgabe in den Warenkorb**

Classical Physics uses a Galilean coordinate system in which four coordinates (x, y, z, t) determine an event, where the term „an object at rest“ is the view of an object by an observer when the velocity of the object appears to be zero in a Galilean frame of reference rigidly attached to the observer. Yet we know that the observer, object and indeed the frame of reference are all still moving in the universe in some way. For example, an observer on the surface of Planet Earth has a motion arising from the sum of the Earth’s rotation, the Earth orbiting the Sun, the Sun moving within the Milky Way, the Milky Way rotating and moving within the Universe and so on. So certainly all observers and all other particles and bodies are always dynamically moving in the universe. By defining this dynamic movement as a fifth dimension, in the same way as time t is the fourth dimension of a Galilean coordinate system, we covert

*Classical Physics in 4 Dimensions*into

**Physics in 5 Dimensions**and this book explains how.

This book:-

• has all physics definitions clearly explained.

• develops the effects of the new approach in a logical and easy to follow way.

• is a physics textbook offering a concise introduction to a wide range of the experimentally proven fundamentals of classical physics of the last 100 years.

• demonstrates perspectives which are shown to work consistently across many fields of physics.

• is well illustrated with 138 figures (40 in colour).

• complies with the current fundamentals and resolves many of the paradoxes of classical physics.

• is the result of 16 years of research by the author.

Compared to classical physics, Physics in 5 Dimensions is a significantly unified theory and the extensive examples presented make the case for replacing the Big Bang Theory with the Theory of Physics in 5 Dimensions as the model of the development of the universe.

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