Poincare Group and the Relativistic Wave Equation of the Extended Particle Model

スポンサーリンク

概要

• 論文の詳細を見る

• The relativistic wave equation of a point-like system with space-like extension is studied. The divergence difficulty of the norm of the wave functions satisfying the constraints is solved by modifying the invariant volume element. We have also shown that the generators of Lorentz transformations are hermitian with respect to the modified norm. It can be explicitly shown that the constraints imposed on physical states suppress the redundant variables. After eliminating the constraints, we obtain Poincare generators written in terms of true dynamical variables. From the procedure of the elimination of the redundant variables, it is obvious that our wave equation with the characteristic constraints is obtained from the canonical representation of Poincare group.

• 理論物理学刊行会の論文
• 1977-12-25

著者

• Goto Tetsuo

  Department Of Physics And Atomic Energy Research Institute College Of Science And Engineering Nihon

• Goto Tetsuo

  Atomic Energy Research Institute Nihon University

• Goto Tetsuo

  Department Of Physics And Atomic Energy Research Institute College Of Science And Technology Nihon U

• Goto Tetsuo

  Department Of Physics And Atomic Energy Reseach Institute Collefe Of Science And Engineering Nihon U

• GOTO Tetsuo

  Atomic Energy Research Institute College of Science and Technology, Nihon University

• GOTO Tetsuo

  Theoretical Physics Institute, Department of Physics University of Alberta

• GOTO Tetsuo

  Department of Physics and Atomic Energy Research Institute College of Science and Technology, Nihon University

関連論文

• Formal Solution of Fokker-Planck Equation in the Operator Approach
• C, P and T in c-Number Infinite Component Wave Function
• On the Vertex Function in the Bi-Local Field
• An Operator Formalism to the Path Integral Method
• On the Bi-Local Model and String Model
• On the Time Operator in Quantum Mechanics.II : General Prescription in One Dimensional Case
• The Time as an Observable in Quantum Mechanics
• Infinite Component Wave Equation and Scattering Amplitude
• Deformable Sphere Model of Hadrons
• Proton-Proton Scattering in the Gev Region : Criticism of the Blockhintsev-Bubelev Model
• Quantum Theory of Generalized Gauge Field
• Deformable Sphere Model of Elementary Particles and the Origin of Internal Symmetries
• Deformable Sphere Model of Elementary Particles and Its Relation to Quark
• A Quantum Theory of the Rigid Body in Terms of a Two-Component Spinor
• Infinite Component Wave Function and Scattering Amplitude. II
• Note on the Non-Perturbation-Approach to Quantum Field Theory
• On the Longitudinal and Scalar Photons in Lorentz Gauge and Lorentz Condition
• Poincare Group and the Relativistic Wave Equation of the Extended Particle Model
• The Degenerate Vacuum and the Infinite Component Wave Equation
• Generalization of the Stueckelberg Formalism to the Massive Yang-Mills Field
• On the Unstable States in Quantum Field Theory
• Particle-Hole Bound States in the Many Fermion System
• Elastic Sphere Model of Elementary Particles and Its Relation to the Quadri-Local Field Model
• On the Time Operator in Quantum Mechanics : Three Typical Examples
• The Canonical Quantization of the Free Electromagnetic Field in the Landau Gauge
• On the Separation of Redundant Variables in the Quantum Theory of the Yang-Mills Field
• General Ward-Like Relations in Canonical Field Theory
• Rigid Sphere Model of Elementary Particles and the Electromagnetic Field
• Quantum Field Theory of Unstable Particles
• On a Classical Spinning Particle Model of Dirac Particle
• The Interaction of the Bi-Local Field with the External Field
• Extended Particle Model of Elementary Particles
• On the Interaction of Extended Particles : Formulation of Breaking and Connection of Strings
• The New Wave Equation of the Bi-Local Field and Its Mechanical Model
• Relativistic Quantum Mechanics of One-Dimensional Mechanical Continuum and Subsidiary Condition of Dual Resonance Model
• On Collective Motion of Rotational Invariant System Composed of N-Particles
• Quantum Field Confined to a Finite Domain as a Model of Hadrons: Case of a Spherical and Rigid Domain
• Bose Quarks and Non-Leptonic Weak Interactions

もっと見る 閉じる

スポンサーリンク