GENERALIZED ACTION PRINCIPLE and SUPERFIELD EQUATIONS OF MOTION for D=10 D–p–BRANES
نویسندگان
چکیده
The action for the D = 10 type II Dirichlet super–p–branes, which has been obtained recently, is reconstructed in a more geometrical form involving Lorentz harmonic variables. This new (Lorentz harmonic) formulation possesses κ–symmetry in an irreducible form and is used as a basis for applying a generalized action principle that provides the superfield equations of motion and clarifies the geometrical nature of the κ–symmetry of these models. The case of a Dirichlet super–3–brane is considered in detail.
منابع مشابه
D=10 Dirichlet super–9–brane. ∗
Superfield equations of motion for D = 10 type IIB Dirichlet super-9-brane are obtained from the generalized action principle. The geometric equations containing fermionic superembedding equations and constraints on the generalized field strength of Abelian gauge field are separated from the proper dynamical equations and are found to contain these dynamical equations among their consequences. ...
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Superfield equations of motion for D = 10 type IIB Dirichlet super-9-brane are obtained from the generalized action principle. The geometric equations containing fermionic superembedding equations and constraints on the generalized field strength of Abelian gauge field are separated from the proper dynamical equations and are found to contain these dynamical equations among their consequences. ...
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