Physics Without Metaphysics
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Physics Without Metaphysics
This book describes the new Circlon Synchronicity philosophy that uses the mechanics of Newton's F=ma for the measurement of energy and matter within a universe of absolute mass, space, time and gravity. The discovery that the electron's mass has been decreasing since the beginning of time reveals the creation of matter in our evolutionary past. This creation story combines the Big Bang theory's measurements with the evolving electrodynamics of circlon shaped electrons, protons and photons. This story begins with red shifted Hubble galaxies and the so called Dark Energy supernovas. Next, the photons of the 2.7˚K Cosmic Blackbody Radiation are created by 2256 decaying neutrons at the end of a stable neutron cloud era. A long time prior to this, all of our electrons and protons were bifurcated from a single anti-Hydrogen atom. This book is illustrated with many circlon models, nuclear structures, charts and equations that depict circlon electrodynamics and the evolution of the universe.
Physics and Metaphysics
Author: Alexander Mitjashin
language: en
Publisher: Cambridge Scholars Publishing
Release Date: 2011-08-08
The central thought of this book is that definite predictions of classical physics can be explained by mathematics of special relativity. The probabilistic nature of quantum mechanics is determined by peculiar mathematics which can only describe the quantum phenomena – this mathematics gives statistical explanations to these phenomena and no other explanations could in principle be given to them; as well, the phenomena of classical physics which are to be described definitely (but not in principle probabilistically) can be described this way only because, in its turn, it is determined by peculiar mathematics and – as it is argued in the book – this simple mathematics can be straightforwardly inferred from the special relativity theory. It is shown that these important results correspond to the approach accepted in modern physics due, in particular, to Bell’s inequalities and their tests. However, the author concentrates on the philosophical consequences that should be inferred from these physical results. Naturally, metaphysical views which can be congenial to this kind of physical picture of the world must agree with the concept of non-homogeneity. Such metaphysics was firstly exposed by the author in his work devoted to the non-linearity of natural language: The World and Language: The Ontology for Natural Language (Lanham: University Press of America, 2006). But one does not need to be familiar with this book in order to read Physics and Metaphysics; nor is it necessary for the reader to have any mathematical skill or serious knowledge in physics. This book will be of benefit to those interested in the fields of physics, quantum mechanics and mathematics.
On the Metaphysics of Experimental Physics
This provocative and critical work addresses the question of why scientific realists and positivists consider experimental physics to be a natural and empirical science. Taking insights from contemporary science studies, continental philosophy, and the history of physics, this book describes and analyses the metaphysical presuppositions that underwrite the technological use of experimental apparatus and instruments to explore, model, and understand nature. By revealing this metaphysical foundation, the author questions whether experimental physics is a natural and empirical science at all.