Feynman Rules for Effective Lagrangians

スポンサーリンク

概要

• 論文の詳細を見る

• The Lee-Yang analysis of charged vector theories is applied to massive gauge fields and related effective Lagrangians. It has been found that the Lee-Yang matrix for the massive gauge field is unimodular. The unimodular condition is here applied to effective Lagrangians defined by chiral vector fields and leads to the Weinberg condition m_A=√<2>m_υ. When applied to an effective Lagrangian describing electromagnetically coupled gauge fields, the same condition leads to the usual renormalization of the electromagnetic field, the electric charge and the ρ and φ masses. Simple Feynman rules may be inferred for all the Lagrangians discussed.

• 理論物理学刊行会の論文
• 1972-06-25

著者

• KVITKY Joel

  Department of Physics, University of California

• Finkelstein Robert

  Department Of Physics University Of California

• Kvitky Joel

  Department Of Physics University Of California

• FINKELSTEIN Robert

  Department of Physics, University of California

関連論文

• Feynman Rules and Factor Ordering in Derivative Coupling and Spin-One Theories
• Feynman Rules for Effective Lagrangians

スポンサーリンク