An Overview of the Regular Charge-Monopole Theory Home Contact Me

The pages linked herewith contain an overview of the structure of the regular charge-monopole theory and of its relevance to strongly interacting particles. Each page contains a brief and simple discussion of one topic. The main objective of this overview is to help the reader understand the significance of the regular charge-monopole theory. Scientific articles discussing these issues can be accessed by clicking items on the leftmost column of the home page. It is shown here that the Regular Charge Monopole Theory provides explanations for some experimental results which are unexplained by QCD (Quantum Chromodynamics). These cases are marked below by an asterisk. For reading a review article demonstrating the overwhelming advantage of the Regular Charge-Monople Theory over QCD, click here . For reading a very short proof demonstrating that QCD has been constructed on the basis of an erroneous argument, click here . A Motivation for the Applicability of the Regular Monopole Theory to Strong Interactions. An Illustration of the Structure and the Validity of the Regular Charge-Monopole Theory. The Mathematical Structure of the Regular Monopole Theory. The Postulates Used for the Interpretation of Strong Interactions. *The Interaction of Hard Photons with Nucleons. *The Nonexistence of Strongly Bound Pentaquarks. *The Nonexistence of Strange Quark Matter *The Nonexistence of Glueballs *The Volume Occupied by Antiquarks in Nucleons. *Proton's quark density. *The First EMC Effect. *The Nuclear Density and the Nuclear Force. *The Proton-Ptoton Cross-Section. *Meson Radius. The asymmetry of the u,d antiquark probability in the proton. *Why are there two kinds of related interactions? Experimental Results Pertaining to the Baryonic Core. General properties of baryonic wave function. The form of the proton's wave function. The neutron's mean-square charge radius. The Energy Level of the Δ1232 Baryon. The Origin of the Nuclear Tensor Force. A Strange Behavior of QCD Supporters. A Discussion of Preliminary Experimental Data.