Hypersymmetry: Physics of the Isotopic Field-Charge Spin Conservation (De Gruyter Textbook)

The book describes how field-charges, split into isotopic pairs, can commute and identifies the group of transformations that governs this exchange between their states. Invariance under this group is defined as Hypersymmetry. The book develops the physical consequences of Hypersymmetry such as conserved property, quanta and mediating bosons of the interaction field. Since all this expands beyond the standard model, the work determines the energy limits of the applicability of Hypersymmetry and discusses, how to remove the unwanted mass of the predicted set of bosons. Finally, it presents how the model can be applied in the four fundamental interactions. • Comprehensive work covering recent research. • Detailed calculations for a step by step understanding. • Useful reading for master students and researchers in theoretical and experimental physics. • A practical textbook for courses on the physics of the isotopic field-charges, their conservation and interactions. - Comprehensive work covering recent research. - Detailed calculations for a step by step understanding. - Useful reading for master students and researchers in theoretical and experimental physics.

The book describes how field-charges, split into isotopic pairs, can commute and identifies the group of transformations that governs this exchange between their states. Invariance under this group is defined as Hypersymmetry. The book develops the physical consequences of Hypersymmetry such as conserved property, quanta and mediating bosons of the interaction field. Since all this expands beyond the standard model, the work determines the energy limits of the applicability of Hypersymmetry and discusses, how to remove the unwanted mass of the predicted set of bosons. Finally, it presents how the model can be applied in the four fundamental interactions.

• Comprehensive work covering recent research.

• Detailed calculations for a step by step understanding.

• Useful reading for master students and researchers in theoretical and experimental physics.

• A practical textbook for courses on the physics of the isotopic field-charges, their conservation and interactions.

The book describes how field-charges, split into isotopic pairs, can commute and identifies the group of transformations that governs this exchange between their states. Invariance under this group is defined as Hypersymmetry. The book develops the physical consequences of Hypersymmetry such as conserved property, quanta and mediating bosons of the interaction field. Since all this expands beyond the standard model, the work determines the energy limits of the applicability of Hypersymmetry and discusses, how to remove the unwanted mass of the predicted set of bosons. Finally, it presents how the model can be applied in the four fundamental interactions.

• Comprehensive work covering recent research.

• Detailed calculations for a step by step understanding.

• Useful reading for master students and researchers in theoretical and experimental physics.

• A practical textbook for courses on the physics of the isotopic field-charges, their conservation and interactions.

Contents 1 INTRODUCTION Chapter I: FIELD-CHARGES 2 MASS 3 ELECTRIC CHARGE Chapter II: ISOTOPIC FIELD-CHARGES 4 ISOTOPIC FIELD-CHARGES (IFC) 5 HYPERSYMMETRY5.1 (HySy) 6 VELOCITY DEPENDENCE IN PHYSICS Chapter III: ISOTOPIC FIELD-CHARGE SPIN 7 CONSERVATION LAWS AND HYPERSYMMETRY 8 CONSERVATION OF THE ISOTOPIC FIELD-CHARGE SPIN (IFCS) 9 ISOTOPIC FIELD-CHARGES IN FUNDAMENTAL INTERACTIONS Chapter IV: INTERACTION BETWEEN ISOTOPIC FIELD-CHARGES 10 ISOTOPIC FIELD-CHARGES ( ךV and ךT) IN INTERACTION 11 IFC INTERACTIONS IN SM FIELDS 12 SUMMARY REFERENCES INDEX The book develops the physical consequences of Hypersymmetry and its group such as conserved property, quanta of the interaction field and mediating bosons. Since all this expands beyond the standard model, the work determines the energy limits of the applicability of Hypersymmetry and discusses, how to remove the unwanted mass of the predicted set of bosons. Finally it presents how the model can be applied in the four fundamental interactions