On the Difficulty in the Non-Relativistic Treatment of the Composite Model of Elementary Particles
スポンサーリンク
概要
- 論文の詳細を見る
In order to see the validity of the non-relativistic treatment used in the current works on the composite model of elementary particles, the system of a Dirac particle and an anti-particle bound in the ^<1>S_0 state through a potential is analyzed. It is shown that the potential strength should tend to infinity when the total energy of the system approaches to zero if their masses are equal of the total energy of the system approaches to the difference between their masses if they are not equal. The type of the interaction is found to be restricted to (V-A) and [(S+P)/2-T] by the conditions for getting physically acceptable solutions. Discussion is given also for some aspect of the composite system of three urbaryons.
- 理論物理学刊行会の論文
- 1967-02-25
著者
関連論文
- Fire-Ball Model and High Transverse Momentum Pion and Jet Productions at ISR Energies
- Away Side Large P_T Jets in Fireball Model
- Fireball Model Analyses of Small and Large Transverse Momentum Pion Distributions at ISR Energies
- Particle Production Associated with High P_T Pion and Fire Balls
- Cloudy Crystal Ball Model for Neutron Reactions at Higher Energies
- On the Fundamental Concepts in the Theory of Elementary Particles. II : Present Problems
- Note on the Collision Matrix for the Nuclear Reactions, I
- Deuteron Stripping and the Compound Nucleus
- The Cloudy Crystal Ball Model for 14 Mev Neutron Reactions
- On the Multiplicity Distribution in Hadronic Interaction at High Energy
- Critical Temperature of Nuclear Matter
- Remarks on "Semirelativistic Quark Model for Mesons"
- Level Structure of Hadrons
- On the Difficulty in the Non-Relativistic Treatment of the Composite Model of Elementary Particles
- Excitation of Hadronic Matter and H-quantum
- Remarks on the Bound State Problem of Dirac Particles in Connection with the Non-Relativistic Quark Model
- "Centauro" Phenomenon and the Decay of UH-Quantum
- Angular Distribution of p-p Elastic Scattering at High Energies and Radius of the Hard Core
- Large Transverse Momentum Correlations and Fireball Model
- Angular Distribution of p-p Elastic Scattering at High Energies and Distribution of Absorption
- Short Range Two-Particle Correlations and Decay Properties of Fire Ball
- Angular Distribution of p-p Scattering at High Energies and Radius of the Hard Core