The Universe and Its Creation

The probability of God and Improbability of Science

by By: Amin Elsersawi, Ph.D.


Formats

Softcover
$17.00
Softcover
$17.00

Book Details

Language : English
Publication Date : 3/30/2011

Format : Softcover
Dimensions : 8.25x11
Page Count : 184
ISBN : 9781426962783

About the Book

This book is a real journey into many modern physics including quantum physics and the chemistry of the evolution of the universe. Mathematically, the book shows that science can not prove the imbalanced force and momentum between the sun and its orbiting planets. The analysis also demonstrates that the earth and the solar planets are not conjoined to the sun in their orbit. Therefore, the analysis in this book reinforces theology over science. The Big Bang theory is an interesting and valuable scientific theory, and it is one of the best theories that materialists have been using to justify that God has nothing to do with the creation of the universe. The Big Bang theory cannot explain the origin of the universe just by saying the universe was created from nothingness. Scientists can not absorb that galaxies and our planet were made from nothing. This book shows the scientific and philosophical weaknesses of the Big Bang theory by pointing out the contradiction of many cores of the theory. Written on a level that scientifically uneducated people can comprehend, it fairly proves the intellectual superiority of God in the creation of the universe as given in the holy books.


About the Author

Amin Elsersawi is a Canadian author, engineer and by consensus a biochemist. He received his Ph.D. degree in electrical engineering with emphasis in power electronic from Bradford University, U.K in 1980. His main research interests are twentieth-century engineering, astronomy and chemistry. His interests in astronomy took off at the age of 50, when he showed a great interesting in leaning toward mathematical and behavioral astronomy. He compiled his own celestial mechanics algorithms for the precise computation of astrophysics of planets and constellations, and other phenomena such as weak energy, dark universe, quantum radiations and lights.