COSOFRET, SORIN CEZAR

Principles of magnetism and electricity -Iasi, Elkadot 2008
ISBN 000000000
Pages : 0000
Format : A5
Price: 125 euro

OVERVIEW

UNDER CONSTRUCTION

Electromagnetism is considered the most trustful part of physics. There are a lot of physicists contesting the special and general theory of relativity, a small number contesting quantum mechanics, but none is contesting the actual electromagnetism. The present book eliminates the Maxwell equations as being invalid for any type of electric or magnetic experiment description. Generally, for other fields of physics it is quite difficult to design and to realize an experiment with a modest amount of money; for electro-magnetism it is possible to check the validity of actual theories even in the last undeveloped country with an insignificant budget. Some experiments proposed in atomic structure book and relativity are redesigned and even corrected. Those experiments were performed long time ago with a budget lower then the budget allocated from a developed country person for feeding his dog. It is time for the proposed theory to become mature, to expand and to express simple and ready to verify explanations for electro-magnetic experiments. In atomic book, I affirmed that Maxwell equations need some corrections. Now, I think that it is impossible to apply these equations in order to describe a simple electromagnetic experiment. The fundament of proposed theory is based on a new definition for electric current. In proposed theory, an electric current is, generally, an electron magnetic moments perturbation along a conductor. The definition of electric current is connected to a new definition of metallic bond already presented in atomic structure book. In proposed theory, the existence of ,,electron see" in a conductor is denied. The supplementary charge movement is only a secondary effect of electric current and as will be presented is an impediment and have some important consequences. In order to have a simple and intuitive overview of electric and magnetic phenomena, the book is structured in four parts: 1.Electrostatic and Electricity - charges distribution and charges movement; 2.Magnetostatic and Magneticity - magnetic moments distribution and magnetic moments oscillations (former DC and AC currents are here); 3.Electromagnetic waves - are related to electron magnetic moments oscillations too, but are presented separately because are necessary different equation for them in comparison with alternate electric currents. 4.Electrochemistry - interaction of electric current with matter (electrolytic cell, electrolysis, polarization, etc). Sometimes it is possible to have an overlapping of effects. For example, a charge movement can be counted as a small electric current, or an electromagnetic wave can induce an electric current in a circuit, but it is necessary to highlight the impossibility to assume a equivalence between these phenomena. Further advanced texts are intended in order to fit the proposed theory with huge quantity of existent experimental information about electricity and magnetism.