Lepton-Hadron Scattering and Elementary Particles

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概要

• 論文の詳細を見る

• A new model of elementary particles is proposed, which leads us to a quartet model with strangeness spin. The model explains the data on deep inelastic electron scattering surprisingly well, if we take the parton picture. We predict that the mean square charge per parton equals 1/6 in all hadrons and that, using sum rule, νW_2^ρ/M^2 varies as 1/√<ω> for large ω. Under some assumptions we can show that νW_2^ρ/M^2=105/64. (ω-1)^3/ω^<3.5> and νW_2/M_π^2=8/3_<π・>(ω-1)^<1.5>/ω^2.

• 理論物理学刊行会の論文
• 1971-08-25

著者

• SENJU Hirofumi

  Department of Physics Nagoya University

関連論文

• The Parton Model and the Ratio νW_2^n/νW_2^p
• The Parton Model : Elastic and Inelastic Form Factors of Hadrons
• A Possible Explanation of the Difference between νW_2^p and νW_2^n
• Comments on the Electro-Magnetic Form Factors
• Massive Lepton Pair Production in Hadron Collisions and the Parton Model
• The New Event in Cosmic Ray Showers and the U(4) Strange Spin Formalism
• Lepton-Hadron Scattering and Elementary Particles
• Regge Pole Model with Flat (α(t)=0) Trajectories
• A Theory of Primary Vector and Axial-Vector Interaction
• Strange Spin Formalism for Hadrons

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