Schnabl's Solution and Boundary States in Open String Field Theory
arXiv:0804.4414 · doi:10.1016/j.physletb.2008.10.002
Abstract
We discuss that Schnabl's solution is an off-shell extension of the boundary state describing a D-brane in the closed string sector. It gives the physical meaning of the gauge invariant overlaps for the solution in our previous paper and supports Ellwood's recent proposal in the operator formalism.
4 pages, LaTeX2e; v2: a comment and a footnote added at the end
References in corpus (12)
- Closed String Field Theory: Quantum Action and the BV Master Equation
- Introduction to string field theory
- Tachyon condensation in string field theory
- Oriented Open-Closed String Theory Revisited
- Analytic Solutions for Marginal Deformations in Open String Field Theory
- Level truncation and the tachyon in open bosonic string field theory
- Comments on Marginal Deformations in Open String Field Theory
- The closed string tadpole in open string field theory
- Experimental String Field Theory
- Interpolating String Field Theories
- Gauge Invariant Overlaps for Classical Solutions in Open String Field Theory
- Comments on gauge invariant overlaps for marginal solutions in open string field theory
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- Analytical Solutions of Open String Field Theory
- Solutions from boundary condition changing operators in open string field theory
- The boundary state from open string fields
- On the classical equivalence of superstring field theories
- Solutions from boundary condition changing operators in open superstring field theory
- Pure Gauge Configurations and Tachyon Solutions to String Field Theories Equations of Motion
- Comments on gauge invariant overlaps for marginal solutions in open string field theory
- One-Loop Riemann Surfaces in Schnabl Gauge
- Comments on superstring field theory and its vacuum solution
- Numerical Evaluation of Gauge Invariants for -gauge Solutions in Open String Field Theory
- Pure Gauge Configurations and Solutions to Fermionic Superstring Field Theories Equations of Motion
- The Tachyon Potential in the Sliver Frame
- Conservation laws and tachyon potentials in the sliver frame
- Numerical Evaluation of Gauge Invariants for a-gauge Solutions in Open String Field Theory
- Cubic interaction term for Schnabl's solution using Pade approximants
- String field theory solution corresponding to constant background magnetic field
- On string fields and superstring field theories