Results 11  20
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159
NambuGoto Like Action
, 801
"... We reinvestigate the κsymmetryfixed GreenSchwarz action in the AdS5 × S 5 background in a version of the lightcone gauge. In the generalized lightcone gauge, the action has been written in the phase space variables. We convert it into the standard action written in terms of the fields and their ..."
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We reinvestigate the κsymmetryfixed GreenSchwarz action in the AdS5 × S 5 background in a version of the lightcone gauge. In the generalized lightcone gauge, the action has been written in the phase space variables. We convert it into the standard action written in terms of the fields
Origin of pure spinor superstring
 JHEP
"... The pure spinor formalism for the superstring, initiated by N. Berkovits, is derived at the fully quantum level starting from a fundamental reparametrization invariant and superPoincaré invariant worldsheet action. It is a simple extension of the GreenSchwarz action with doubled spinor degrees of ..."
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Cited by 23 (5 self)
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The pure spinor formalism for the superstring, initiated by N. Berkovits, is derived at the fully quantum level starting from a fundamental reparametrization invariant and superPoincaré invariant worldsheet action. It is a simple extension of the GreenSchwarz action with doubled spinor degrees
Supersymmetry of GreenSchwarz Superstring and Matrix String Theory
, 2001
"... We study the dynamics of GreenSchwarz superstring on the gravitational wave background corresponding to the Matrix string theory and the supersymmetry transformation rules of the superstring. The dynamics is obtained in the lightcone formulation and is shown to agree with that derived from the Mat ..."
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Cited by 8 (0 self)
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We study the dynamics of GreenSchwarz superstring on the gravitational wave background corresponding to the Matrix string theory and the supersymmetry transformation rules of the superstring. The dynamics is obtained in the lightcone formulation and is shown to agree with that derived from
A note on the GreenSchwarz mechanism in open string theories
, 1992
"... An interesting feature of some open superstring models in D < 10 is the simultaneous presence, in the spectrum, of gauge fields and of a number of antisymmetric tensor fields. In these cases the GreenSchwarz mechanism can (and does) take a generalized form, resulting from the combined action of ..."
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Cited by 89 (1 self)
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An interesting feature of some open superstring models in D < 10 is the simultaneous presence, in the spectrum, of gauge fields and of a number of antisymmetric tensor fields. In these cases the GreenSchwarz mechanism can (and does) take a generalized form, resulting from the combined action
A New Approach to the GreenSchwarz Superstring
, 1993
"... Based on talks given at SUSY ’93 (Northeastern University) and Strings ’93 (Lawrence Berkeley Laboratory) By replacing two of the bosonic scalar superfields of the N=2 string with fermionic scalar superfields (which shifts dcritical from (2,2) to (9,1)), a quadratic action for the tendimensional Gr ..."
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dimensional GreenSchwarz superstring is obtained. Using the usual N=2 superVirasoro ghosts, one can construct a BRST operator, picturechanging operators, and covariant vertex operators for the GreenSchwarz superstring. Superstring scattering amplitudes with an arbitrary number of loops and external massless
LorentzCovariant GreenSchwarz Superstring Amplitudes
, 1992
"... In a recent paper, the BRST formalism for the gaugefixed N=2 twistorstring was used to calculate GreenSchwarz supersring scattering amplitudes with an arbitrary number of loops and external massless states. Although the gaugefixing procedure preserved the worldsheet N=2 superconformal invariance ..."
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In a recent paper, the BRST formalism for the gaugefixed N=2 twistorstring was used to calculate GreenSchwarz supersring scattering amplitudes with an arbitrary number of loops and external massless states. Although the gaugefixing procedure preserved the worldsheet N=2 superconformal
And
, 2004
"... The GreenSchwarz action for a nonBPS p=2 brane embedded in a N=1, D=4 target superspace is shown to be equivalent to the NambuGotoAkulovVolkov action obtained via the nonlinear realization of the associated target space superPoincaré symmetries. Introducing a U(1) gauge field strength as a Lag ..."
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The GreenSchwarz action for a nonBPS p=2 brane embedded in a N=1, D=4 target superspace is shown to be equivalent to the NambuGotoAkulovVolkov action obtained via the nonlinear realization of the associated target space superPoincaré symmetries. Introducing a U(1) gauge field strength as a
And
, 2004
"... The GreenSchwarz action for a nonBPS p=2 brane embedded in a N=1, D=4 target superspace is shown to be equivalent to the NambuGotoAkulovVolkov action obtained via the nonlinear realization of the associated target space superPoincaré symmetries. Introducing a U(1) gauge field strength as a Lag ..."
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The GreenSchwarz action for a nonBPS p=2 brane embedded in a N=1, D=4 target superspace is shown to be equivalent to the NambuGotoAkulovVolkov action obtained via the nonlinear realization of the associated target space superPoincaré symmetries. Introducing a U(1) gauge field strength as a
The ∗ Report 1
, 1999
"... We present component and superspace formulations for the recentlyproposed type IIA ∗ (or socalled ‘star’) supergravity theory, which is timelike dual to the conventional type IIB theory. First, within the component approach, all terms in the action are fixed up to the quartic fermionic ones. As des ..."
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IIA ∗ theories in superspace. This superspace result naturally allows us to present a GreenSchwarz action, that possesses κsymmetry, consistent with such backgrounds. We also give general algebraic descriptions of such ‘star ’ theories, so that they can be identified as representatives of some
ON THE COVARIANT QUANTIZATION OF GREENSCHWARZ SUPERSTRING AND BRINKSCHWARZ SUPERPARTICLE
, 2002
"... The covariant quantization of the interacting GreenSchwarz [1] Superstring (GSSS) is one of the interesting problems to solve in String Theory.The formulation of Superstrings a la GreenSchwarz manifestly supersymmetric on the target manifold has several advantages over the NRS [2] formulation. In ..."
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The covariant quantization of the interacting GreenSchwarz [1] Superstring (GSSS) is one of the interesting problems to solve in String Theory.The formulation of Superstrings a la GreenSchwarz manifestly supersymmetric on the target manifold has several advantages over the NRS [2] formulation
Results 11  20
of
159