SVIBOR - Papers quoted in CC - project code: 1-03-001
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SVIBOR - Collecting Data on Projects in Croatia
Papers quoted in Current Contents on project 1-03-001
Quoted papers: 3
Other papers: 1
Total: 4
Title: Off-shell BRST Quantization of the Massive Superparticle
- Authors:
- Antunović, Željko (84382)
- Blagojevi', M.
Journal: Nuclear Physics B
Volume: 363
Year: 1991
Pages: from 622 to 638
Number of references: 14
Language: engleski
Summary: The massive superparticle in D = 9 is covariantly quantized
by
using a generalized Lagrangian BRST formalism. The method is based on the
structure of the classical gauge algebra and ensures
the off-shell nilpotency of the BRST symmetry of the gauge-fixed action by
introducing a set of auxilliary fields with non-vanishing ghost numbers.
Keywords: Superparticle; BRST quantzation
Title: BRST Structure and Auxilliary Fields of the Simple
Supergravity
- Authors:
- Antunović, Željko (84382)
- Blagojevi', M.
- VukaŠinac, T.
Journal: Modern Physics Letters A
Number: 21
Volume: 8
Year: 1993
Pages: from 1983 to 1997
Number of references: 7
Language: engleski
Summary: generalized Lagrangian BRST formalism is used to study the
quantum structure of the simple supergravity, whose classical
gauge algebra is not closed. It is shown that in this approach
one can naturally introduce a set of auxilliary fields as certain
combinations of ghost and antifields, so that the resulting theory has the
closed gauge algebra.
Keywords: Supergravity; Auxilliary fields
Title: Constraint structure and BRST quantization of the spinning
particle
- Authors:
- Antunović, Željko (84382)
Journal: J. Phys. G: Nucl. Part. Phys.
Volume: 20
Year: 1994
Pages: from 229 to 236
Number of references: 8
Language: engleski
Summary: The topological spinning particle is quantized using a
generalized Lagrangian BRST formalism based on the constraint
structure of the classical gauge algebra.
Keywords: Spinning particle; BRST quantization
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