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For many decades, science has followed a few well–accepted theories about the universe. There are many inconsistencies in these theories, and this book will introduce some new alternate concepts, wh...
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For many decades, science has followed a few well–accepted theories about the universe. There are many inconsistencies in these theories, and this book will introduce some new alternate concepts, which cannot be peer–reviewed, regarding the atom, gravity, time, the speed of light, and more. One major concept that we have been following for five centuries is one where our three–dimensional nature (which is changing continuously) is quantified through a mechanical, one–dimensional, static mathematic equation that does not recognize temperature or pressure. Traditionally, science has tried to predict how the universe functions by creating this modeling system for nature, but how can you possibly create an equation for nature, which is unique and ever–changing?
Newton's theory of gravity has postulated that gravity is based on the mechanical weight of an object and is generated from the center of a planet, yet they cannot explain exactly what gravity is. We will show that the gravity of Earth, planets, and moons––in fact, the whole universe––is working with the temperature, pressure, and mass of an object on a molecular basis. Additionally, science has been following a standard modeling theory for an atom on a quantum mechanics level. Empirical evidence will show that an atom cannot be mechanical in nature or follow this man–made model.
You will also be introduced to universal time, how time/space is relative, how science is wrong about the speed of light, the definition of three elements that are responsible for everything in the universe, and how the smallest unit of the universe was born and its journey to create heavier atoms. We will solve the mystery of the double–slit experiment as well as explain the character of space and the language of the universe. All this and more is described in easy–to–understand layman's terms.
