Systematics and Phenomenology of Boson Mass Levels. I
スポンサーリンク
概要
- 論文の詳細を見る
Systematics and phenomenology of boson mass levels are presented assuming certain characteristics of the ur-baryon dynamics. Considering that the constructive forces that bind the ur-baryon pair in the 0^--and 1^-- nonets paly a dominant role for the ur-baryon pair system with L≠0 (but fairly small L), we are generally led to expect, as the next low lying excited system, the existence of 0^+-, 1^+-and 2^+- nonets (^<3>P_J) and 1^<+'>- nonets (^<1>P_1), where the latter is the so-called abnormal axial vector. Comparisons between the present experimental situation and our results will be made in detail. It is further shown that the lower bound of the average ur-baryon mass is~4.5 Bev. Finally applicability of our results to various ur-baryon models will be mentioned.
- 1966-01-25
著者
-
IIZUKA Jugoro
Department of Physics, College of Liberal Arts Kanazawa University
-
Iizuka Jugoro
Department Of Physics College Of Liberal Arts Kanazawa University
-
Iizuka J.
Department of Physics, College of Liberal Arts Kanazawa University
関連論文
- A Systematics and Phenomenology of Meson Family
- Systematics and Phenomenology of Boson Mass Levels. III
- Systematics and Phenomenology of Boson Mass Levels. I
- Weinberg-Salam Theory Based on a Z_2-Graded Algebra : Particles and Fields
- On the Lepton-Hadron Collisions
- Nonleptonic Hyperon Decays
- E and η(1425)/l Mesons
- Are the ψ-Puzzles Included in the Quark Paradox?
- The A_1, E(1^)/h'_1 (1.41) and Related Problems : Particles and Fields
- The E(1^)/h'_1(1.41) and Related Mesons : Particles and Fields
- A Remark on the Symmetry Approaches to Strong and Weak Interactions
- Systematics and Phenomenology of Boson Mass Levels. II
- The Universality of the Family of Structure Functions