The First Second of the Universe: A String Theory Approach (The Geometrical Universe Series) - Softcover

Scanlon, Gerald W.

Softcover

ISBN 10: 1542813328 ISBN 13: 9781542813327

Publisher: CreateSpace Independent Publishing Platform, 2017

Synopsis

Have you ever wondered what happened during the first second of the universe? Gerald W. Scanlon takes you to the Alpha point where time and space were created. He shows the forces of the universe unfurling and creating particles on the invisible Higgs Field during the brief time period of the first second. The proposed model of creation presented in this book uses a string theory approach and shows the multidimensional universe that was created. Strings are shown to be the possible internal structure of quarks and electrons. Masses formed with strings, quarks, or electrons are shown to group together and form the first orbiting “planets”. The detailed information needed to calculate their quantum gravity and acceleration is presented.

About this title

About the Author

Gerald W. Scanlon was born in Saginaw, Michigan and moved to Mexico when he was 21 years old. He had a fulfilling career as a teacher and is now enjoying his golden years of retirement. He has always had a love for math and still dreams of coming up with a perfect betting system for playing blackjack. It was actually while trying to develop a betting system that he was led to the elements on the periodic table. He saw a relationship with the way elements fill their orbitals and the patterns of wins and losses that occur while gambling. This insight led him to the amazing world of quantum mechanics where the secrets of the universe were waiting for him to unveil. Gerald W. Scanlon has linked quantum theory to the creation of the universe by presenting a compelling model showing the elements were created during the first few moments of the universe.

Edition details

• Publisher: CreateSpace Independent Publishing Platform
• Publication date: 2017
• Language: English
• ISBN 10: 1542813328
• ISBN 13: 9781542813327
• Binding: Paperback
• Number of pages: 77