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String Field Theory
"... This paper refers to seven figures (not included). Hard copies of the figures will be mailed upon request. ..."
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Cited by 211 (18 self)
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This paper refers to seven figures (not included). Hard copies of the figures will be mailed upon request.
1 String field theory
, 2006
"... This elementary introduction to string field theory highlights the features and the limitations of this approach to quantum gravity as it is currently understood. String field theory is a formulation of string theory as a field theory in spacetime with an infinite number of massive fields. Although ..."
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This elementary introduction to string field theory highlights the features and the limitations of this approach to quantum gravity as it is currently understood. String field theory is a formulation of string theory as a field theory in spacetime with an infinite number of massive fields
Open String Field Theory
, 2001
"... We construct an exact and finite classical solution in cubic open string field theory. The classical solution has a welldefined Fock space expression. Through the redefinition of a string field, the string field theory expanded around the classical solution can be transformed into the theory with a ..."
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We construct an exact and finite classical solution in cubic open string field theory. The classical solution has a welldefined Fock space expression. Through the redefinition of a string field, the string field theory expanded around the classical solution can be transformed into the theory
Vacuum String Field Theory
, 2001
"... This is a brief review of vacuum string field theory, a new approach to open string field theory based on the stable vacuum of the tachyon. We discuss the sliver state explaining its role as a projector in the space of halfstring functionals. We review the construction of Dbrane solutions in vacuu ..."
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This is a brief review of vacuum string field theory, a new approach to open string field theory based on the stable vacuum of the tachyon. We discuss the sliver state explaining its role as a projector in the space of halfstring functionals. We review the construction of Dbrane solutions
Tachyon condensation in string field theory
 JHEP 0003 (2000) 002 [arXiv:hepth/9912249
"... It has been conjectured that at a stationary point of the tachyon potential for the Dbrane of bosonic string theory, the negative energy density exactly cancels the Dbrane tension. We evaluate this tachyon potential by offshell calculations in open string field theory. Surprisingly, the condensat ..."
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Cited by 224 (9 self)
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It has been conjectured that at a stationary point of the tachyon potential for the Dbrane of bosonic string theory, the negative energy density exactly cancels the Dbrane tension. We evaluate this tachyon potential by offshell calculations in open string field theory. Surprisingly
Observables of string field theory
 JHEP 0201
"... We study gauge invariant operators of open string field theory and find a precise correspondence with onshell closed strings. We provide a detailed proof of the gauge invariance of the operators and a heuristic interpretation of their correlation functions in terms of onshell scattering amplitudes ..."
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Cited by 50 (2 self)
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We study gauge invariant operators of open string field theory and find a precise correspondence with onshell closed strings. We provide a detailed proof of the gauge invariance of the operators and a heuristic interpretation of their correlation functions in terms of onshell scattering
Noncommutative Tachyons and String Field Theory
"... It has been shown recently that by turning on a large noncommutativity parameter, the description of tachyon condensation in string theory can be drastically simplified. We reconsider these issues from the standpoint of string field theory, showing that, from this point of view, the key fact is that ..."
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Cited by 128 (0 self)
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It has been shown recently that by turning on a large noncommutativity parameter, the description of tachyon condensation in string theory can be drastically simplified. We reconsider these issues from the standpoint of string field theory, showing that, from this point of view, the key fact
String Field Theory Vertices for . . .
, 2004
"... We construct Wittentype string field theory vertices for a fermionic first order system with conformal weights (0,1) in the operator formulation using deltafunction overlap conditions as well as the Neumann function method. The identity, the reflector and the interaction vertex are treated in deta ..."
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We construct Wittentype string field theory vertices for a fermionic first order system with conformal weights (0,1) in the operator formulation using deltafunction overlap conditions as well as the Neumann function method. The identity, the reflector and the interaction vertex are treated
Solutions in String Field Theory
, 2003
"... We investigate a nonperturbative vacuum in open string field theory expanded around the analytic classical solution which has been found in the universal Fock space generated by matter Virasoro generators and ghost oscillators. We carry out leveltruncation analyses up to level (6,18) in the theory ..."
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We investigate a nonperturbative vacuum in open string field theory expanded around the analytic classical solution which has been found in the universal Fock space generated by matter Virasoro generators and ghost oscillators. We carry out leveltruncation analyses up to level (6
Topics in string field theory
"... Abstract: This review of bosonic string field theory is concentrated on two main subjects. In the first part we revisit the construction of the three string vertex and rederive the relevant Neumann coefficients both for the matter and the ghost part following a conformal field theory approach. We us ..."
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Cited by 7 (1 self)
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Abstract: This review of bosonic string field theory is concentrated on two main subjects. In the first part we revisit the construction of the three string vertex and rederive the relevant Neumann coefficients both for the matter and the ghost part following a conformal field theory approach. We
Results 1  10
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