Relativistic Dynamics of classical particle with Spin in Electromagnetic Field
スポンサーリンク
概要
- 論文の詳細を見る
Relativistic theory of classical particle with spin moving in electromagnetic field is derived from a singular Lagrangian. The theory shares none of the shortcomings of the hitherto known versions of theory for such a system.
- 理論物理学刊行会の論文
- 1981-08-25
著者
関連論文
- A Unified Wave Equation for Elementary Particles
- Relativistic Elementary Particle States of an Internally Structured Model
- Constraints, Center-of-Masses and Quantization for Relativistically Structured Systems : The Bilocal Case
- Relativistic Mechanics of Confined Particles as Extended Model of Hadrons : The Bilocal Case
- Internal Polarization and Relativistic Elementary-Particle Algebra
- Relativistic Bound State under the Hooke-Type Action-at-a-Distance
- General-Covariant Approach to Relativistic String Theory
- Spinor Model of Baryons and Mesons
- Group of Relativistic Internal Motion, Its Unitary Representation and Wave Equation
- Relativistic Mechanics of Interacting Particles and Multi-Local Theory. II: Trilocal and More General Cases
- Slopes of Meson Trajectories
- Infinite-Component Wave Equation with Relativistic Rotator Mass Spectrum
- Relativistic Mechanics of Bilocal and Trilocal Structures
- Covariant Wave Equations of Two Spinning Particles Harmonically Bound
- Relativistic Mechanics of Interacting Particles and Multi-Local Theory. I : The Bilocal Case
- Multilocal Theory and Relativistic String
- Bilocal Wave Equation for Baryons Lying on Linear Trajectories and Its Extension to a Linear Chain Model
- Relativistic Dynamics of classical particle with Spin in Electromagnetic Field
- Theory of Relativistic Top and Electromagnetic Interaction
- Remarks on the Method of Infinite-Component Wave Equation for Relativistic Model with Internal Structure
- Global Variables of Relativistic Dynamical System and Massless States
- De Sitter Algebra Associated with the Poincare Group and Center-of-Inertia
- Principal Quantum Number for Mesons and Selection Rules
- Uniformity of Squared-Mass Formulas for Strongly Interacting Particles
- Internal Structure of Hadron Underlying the Veneziano Amplitude
- A Quadrille Model for New Heavy Mesons
- Relativistic Mechanics of Two Interacting Particles and Bilocal Theory
- Dynamical Group of Relativistic Oscillator and Linear Meson Trajectories
- Detailed Wave Equation and Dual Amplitude : Relativistic Quantum Dynamics of String Model of Hadrons
- Detailed Wave Equation and Dual Amplitude : Relativistic Quantum Dynamics of String Model of Hadrons
- Theory of Relativistic String and Super-Wave Equation. I
- Space-Time Model of Elementary Particles and Unitary Symmetry. I : General Foundation and Symmetry
- Multilocal Models and String Theory
- Remarks on Mass Spectrum of Decuplet Baryons. I
- Principal Quantum Number for Mesons and Mass Systematics
- Unitary Spin as Produced from Internal Spin
- New Formalism for Simple Relativistic Oscillator Model and Electromagnetic Interaction
- Constituent Mass, Free-Limit Condition, and Quantization for Trilocal Theory
- Lagrangian Theory of Relativistic Rotator