Quantum group generalization of the heterotic QFT
Aug 3, 199213 pages
Published in:
- Phys.Lett.B 300 (1993) 66-72
Report number:
- PRINT-92-0294 (CBPF,RIO),
- IC-92-138
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Abstract: (Elsevier)
By the use of the generalized Grassmann algebra provided by quantum groups we introduce a new class of fields in two dimensions which have deformed commutation relations. We give the action involving this new class of fields and a bosonic scalar field and show that this action has a symmetry that resembles supersymmetry. We also construct the path-integral formalism for this new class of fields and compute the propagator for them in the context of the q -heterotic model.- field theory
- dimension: 2
- supersymmetry: heterotic
- algebra: Grassmann
- algebra: deformation
- path integral
- propagator
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