Probability Mechanics

Probability mechanics is a modified quantum mechanics that explains how information is converted into energy and derives the specific equation for the conversion. Probability mechanics explains how probability can be altered so that certain events are more or less likely to happen. We refer to this as manifestation. Physics is modified by probability mechanics by weighting physical quantities with a function of probability. As a result, probability mechanics proves that the gravitational field is deterministic, and thus, there can be no quantum gravity. Probability mechanics also proves that the universe was not created by an intelligent source. That is consistent with the hypothesis that the universe was created by a quantum fluctuation in the vacuum field.

About the Author :
The author Louis Houston was recently a senior research scientist at the Louisiana Accelerator Center at the University of Louisiana at Lafayette, USA and was in academia for twenty-two years. Prior to academia, the author was a research geophysicist for Exxon. He has three degrees, including a PhD in physics from Rice University in Houston, Texas. He is the author of multiple patents and has published four books and many technical papers. The author has a diverse range of interests which include painting and music. In both of these areas, the author has worked professionally. He has a strong interest in quantum mechanics and information theory, but also has a strong interest in philosophy. The author lives in Lafayette, Louisiana, has a mother and two sisters and maintains a close family relationship. He can be reached by email at houston@louisiana.edu.

Review :
All of these summations simply scratch the surface on the depth of knowledge and supportive algebraic formulas contained in Probability Mechanics. As the coinage "We don't know what we don't know" has been popularized in politics, it applies equally well with the emerging theories of quantum and probability mechanics. Louis M. Houston has brought the readers of this book "up a wrung of understanding," and as such has created a book which is a must-read for those wishing to be on the forefront of modern theoretical physics. Probability Mechanics is an excellent read, interesting and provides a unique but clear description of quantum mechanics. If you're looking to have your intellectual boundaries pushed in a way they've never been before, this book is for you. Pacific Book Review Crammed full of complex ideas and mathematical formulas, this is not a book simply for a curious passerby. By getting right down to the facts and figures, the author is able to make his case quickly at the cost of potentially overwhelming the average reader. Thus, it should be understood that anyone with an interest in this book should already have an understanding of basic quantum mechanics and the ability to parse and understand complex scientific concepts. For those that have the knowledge to make sense of these proposals, there is a wealth of interesting ideas in just a few chapters that become more exciting with practical math backing them up. While it will take a certain eye to fully appreciate what the author offers here, the potential for exciting new discoveries in areas largely considered to be pseudo-scientific should be exciting for anyone. The US Review of Books