Motion Unification

About the Book

Motion Unification Finally. A physics book that is not afraid to answer a few “why” questions. This book generally presents concepts of physics through easily understandable “narratives” from the perspective of “how they work physically” rather than from the “formula” perspective that physicists generally employ to develop concepts mathematically using pattern recognition. This book also presents new concepts as well as new perspective to many older concepts that will be of interest to established physicists. While reading this book you will discover answers to many of the familiar-but-enigmatic questions of physics and astronomy. Some of those answers are revealed here in print for the first time. This book contains a glossary of many of the important physics terms used in the book as well as about 140 new terms. The new approach of this book sometimes requires new vocabulary. Motion Unification dares to question one of the basic tenets of physics. By questioning the status quo, Motion Unification is able to solve what many consider the foremost enigma of astrophysics today … “dark energy.” Due to the role dark energy plays in the understanding of space, the dark energy that permeates space will be called “the space network.” Once we understand how motion is achieved and maintained through the space network, we will not be too surprised to learn that there are actually three types of gravity and that there are two interpretations of each. You are not ever likely to forget the day you first learned about orbitar nielucion before most people had even heard its name!

About the Author

Professor Maxwell M. Hart has been a teacher and a full-time university professor of mathematics, physics, statistics, and astronomy for over fifty years. As an undergraduate student at Baylor University, he was recognized for his excellence in physics when he was inducted into the physics honor society of ∑∏∑ in the fall of 1962. After attending three different colleges and changing majors twice, he finally graduated with degrees in education and mathematics with a minor in physics. He then received a graduate degree in mathematics and physics. Before beginning his teaching career, he was aided by the highest possible ranking of 99 percentile on the National Teachers Exam. This ranking combined with a graduate degree in mathematics and physics allowed him a wide latitude in choosing his place of employment. He later received a postgraduate degree in computer science. He has produced many papers and presentations over the years. His most recent publication in the field of physics, Motion Unification: The Narrative, is a result of several discoveries he made while still a college undergraduate before transferring to Baylor University. These discoveries in physics and other discoveries in mathematics led to many new discoveries. Some of the newly discovered concepts seemed to be at odds with the physics and mathematics he was learning in college classrooms and also with what he was reading on his own. Lacking confidence in his physics discoveries and other considerations caused him to concentrate his efforts in the study of mathematics. After raising a family and regaining confidence in the nonconventional concepts he had developed, he began a concerted effort to finish his book on Motion Unification. Due to the intense effort required in the completion of this manuscript, he was only able to publish it shortly after retiring from teaching.