A Quantum Theory of a Conjugate Pair of Preferred Fields Interacting with a Spinor Field. I : Operator Relations in Heisenberg Picture
スポンサーリンク
概要
- 論文の詳細を見る
The quantization method based on the characteristics of displacement operators in Minkowski space is applied to a conjugate pair of preferred fields interacting with a spinor field. Not only commutation relations among field operators and wave equations but also the order of operators in covariant derivatives are completely fixed by the procedure. The current operator in the Heisenberg picture is obtained through three axioms, and the covariance of all operator relations in the Heisenberg picture is proved. The particle interpretation of fields and the breakdown of symmetry in the physical world are discussed by constructing an interaction picture. The Lagrangian was not referred to in any aspect.
- 理論物理学刊行会の論文
- 1973-08-25
著者
関連論文
- Local Gauge Invariance of Non-Abelian Gauge Field Theory
- On Subsidiary Condition in Quantum Theory of Non-Abelian Gauge Fields
- Broken Symmetry and the Stability of Particle-like States
- The Bogoliubov Transformation in the Field Theory : The Mass Equation
- A Note on the Interaction Representation for the Non-Linear Field of the Chiral Dynamics Type
- Spontaneous Breaking of Chiral Symmetry in a Vector-Gluon Model. II
- T^*-Product Convention for Quasi-Linear Systems and for Transverse Non-Abelian Gauge Fields
- A Quantum-Theoretical Lagrangian Formalism for Quasi-Linear Field Theories. I : General Theory
- Quanta of Non-Abelian Gauge Field Can Be Transversal?
- A Quantum-Theoretical Lagrangian Formalism for Quasi-Linear Field Theories. II : Quantum-Field Theory of Non-Linear Realization and Current-Current Interaction of Pion Field
- Some Aspects of the Direct Interaction
- Note on the Bound State Problem
- Pion as the Field of Heaviness
- An Extension of Inversion with a Non-Abelian Group of Parity Tripod
- Covariant Differential Operator under General Coordinate Transformation and Structure of Lagrangian Operator
- Symmetry Character of Bound States with Multichannel
- New Interpretation of Hyperonic Charge and its Generalization to Leptons
- A Note on the Fundamental Symmetry of Elementary Particles
- A View of Elementary Particle Physics Based on the Renormalization Theory
- Characterization of (Y, Z)- and (Λ,Σ)-Modes
- Formal Theory of Non-Linear Realization of a Group on Its Sub-group
- On the Gauge Fields in the Non-Linear Realization of a Group on Its Sub-Group
- Formal Theory of Non-Linear Realization of a Group on Its Sub-group
- On the Behavior of Composite Particles
- A Quantum Theory of the Non-Linear Realization of a Group on Its Sub-Group
- A Quantum Theory of a Conjugate Pair of Preferred Fields Interacting with a Spinor Field. II : Internal Symmetry and Particle Interpretation
- A Model for the Broken SU(3) Symmetry Based on the Non-Linear Realization of the Group
- A Quantum Theory of a Conjugate Pair of Preferred Fields Interacting with a Spinor Field. I : Operator Relations in Heisenberg Picture
- A Methtod of Renormalization for Unstable Particles
- The Goldberger-Treiman Relation and Its Kaon Analogue as a Non-Group-Theoretical Kinematics Generating an SU(3) Symmetry