Quantum Sp(2)-antibrackets and open groups
arXiv:hep-th/9809208 · doi:10.1016/S0550-3213(99)00255-2
Abstract
The recently presented quantum antibrackets are generalized to quantum Sp(2)-antibrackets. For the class of commuting operators there are true quantum versions of the classical Sp(2)-antibrackets. For arbitrary operators we have a generalized bracket structure involving higher Sp(2)-antibrackets. It is shown that these quantum antibrackets may be obtained from generating operators involving operators in arbitrary involutions. A recently presented quantum master equation for operators, which was proposed to encode generalized quantum Maurer-Cartan equations for arbitrary open groups, is generalized to the Sp(2) formalism. In these new quantum master equations the generalized Sp(2)-brackets appear naturally.
17 pages,Latexfile,corrected minor misprint in (78)
References in corpus (4)
Cited by in corpus (6)
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- Dualities between Poisson brackets and antibrackets
- Gauge Independence in a Higher-Order Lagrangian Formalism via Change of Variables in the Path Integral
- Open group transformations within the Sp(2)-formalism
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- Superfield generating equation of field-antifield formalism