Effective Action of Composite Fields for General Gauge Theories in BLT-Covariant Formalism
P. M. Lavrov, S. D. Odintsov, A. A. Reshetnyak
Abstract
The gauge dependence of the effective action of composite fields for general gauge theories in the framework of the quantization method by Batalin, Lavrov and Tyutin is studied. The corresponding Ward identities are obtained. The variation of composite fields effective action is found in terms of new set of operators depending on composite field. The theorem of the on-shell gauge fixing independence for the effective action of composite fields in such formalism is proved. brief discussion of gravitational-vector induced interaction for Maxwell theory with composite fields is given.
Create a lesson
Related papers
Pohlmeyer reduction of Newton-Cartan strings
Aritra Banerjee
Accessing Fractional Wilson Lines from U(1) Monodromy Defects on the Fuzzy Sphere
Yin Tang, W. Zhu
The Mass Gap Approach to QCD. III. Solution of the gluon confinement problem
Vakhtang Gogokhia, Gergely Gábor Barnaföldi
Topological Characterization of Adinkra Heights
Amanda E. Francis, S. James Gates, Digvijay Roy Varier et al.
Quantum action for heterotic string field theory with quantum L-infinity structure
Yasu Gen, Hiroshi Kunitomo, Jojiro Totsuka
ADE Quiver Duality Proposals: Graph Classification and Nodewise Realizations
Yuanyuan Fang