The Leaning Tower of Pisa is not historically important because it leans over. Anyone can build a tower on an infirm foundation. It is historically important because it is where Galileo Galilei performed his scientific experiments on gravity. Yes, similar experiments had been done before his (with the same results). Similar experiments much later (like the Apollo 15 mission) still produce the same results.

Some scientific advances can come only with prodigious amounts of thought to come up with new experiments to plumb the depths of the river of knowledge. For almost sixty years, I have wondered about why magnetism acts the way it does. As I came to realize that magnetism is probably gravity in a focussed form, I realized that I would have to come to terms with exactly what makes gravity act the way it does.

For over fifty years, my work as an electronics technician has taught me that electrons can push things around, as long as there is a fulcrum for them to push against. Electrons are tiny. Each one cannot push very hard. Get yourself a few billion billion billion electrons and now you have some force available. As I said, you do need a fulcrum to push against.

My theory of the way gravity works is based on the scientific experiments of many people who came before me. I give them all the credit for their hard work. I thank them, too, for laying the foundation for my thought experiment about gravity, magnetism, time and the universe in general.

My book will demonstrate a simple theory of how gravity works at the molecular level. It happens to fit all the current known facts about gravitational force - especially why gravity only pushes and never pulls. If the theory proves true, it will show that Black Holes cannot possibly be as predatory as we once thought (although it is not a good idea to be run over by one).