ΙΣΟΤΟΠΙΚΗ ΓΕΝΙΚΕΥΣΗ ΤΩΝ ΘΕΩΡΙΩΝ ΒΑΘΜΙΔΑΣ
GAUGE THEORIES PLAY A FUNDAMENTAL ROLE IN THE CONTEMPORARY PHYSICAL DESCRIPTIONOF NATURE, BECAUSE EACH FUNDAMENTAL INTERACTION CAN BE DEDUCED BY MEANS OF A GAUGE PRINCIPLE AND ALSO BECAUSE OF GENERAL HOPE THAT ALL NATURAL FORCES MAY BE UNIFIED, SOONER OR LATER, INTO A SINGLE, SUITABLE GAUGE THEORY. THE ISOTOPIC THEORY CAN BE INTERPRETED AS A GAUGE THEORY WITH A VARIABLE EFFECTIVE COUPLING CONSTANT AND A GAUGE POTENTIAL MINIMALLY COUPLED TO THE GEOMETRY OF A RIEMANN-GARTAN SPACE WITH AN ANTISYMMETRIC CONNECTION PREVIOUS GENERALIZED GAUGE THEORIES ARE DEDUCED AS A PARTICULAR CASE OF THE ISOTOPIC THEORY. THE ISOTOPIC MAXWELL'SEQUATIONS HAVE SYMMETRIC FORM AND PROVIDE THE EXISTENCE OF THE MAGNETIC CURRENT IN THE HADRONIC MATTER. THUS THE DISCOVERY OF THE MAGNETIC MONOPOLY MUST BE INVESTIGATED INTO THE COMPACT REGION OF THE THE HADRONIC. FINALLY, THE PROPAGATION OF THE ELECTROMAGNETIC WAVES INTO A RESISTIVE MEDIUM, PASSES THE ALGEBRAIC STRUCTURE OF THE LIE-ISOTOPIC TYPE.
HADRONIC MECHANICS, ISOTOPIC CURRENTS-MAGNETIC MONOPOLES, ISOTOPIC GAUGE TRANSFORMATIONS, RICCI JACOBI AND BIANCHI'S ISOTOPIC IDENT THE ISOTOPIC KLEIN-GORDON ANDDIRAC'S EQUATION, THE PROPAGATION OF THE EL, Φυσικές Επιστήμες, Φυσική, Natural Sciences, Physical Sciences
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