An Exact Bosonization Rule for c=1 Noncritical String Theory
arXiv:0704.2960 · doi:10.1088/1126-6708/2007/08/097
Abstract
We construct a string field theory for c=1 noncritical strings using the loop variables as the string field. We show how one can express the nonrelativistic free fermions which describes the theory, in terms of these string fields.
17 pages, to appear in JHEP
References in corpus (16)
- 2D Gravity and Random Matrices
- Strings from Tachyons
- A Matrix Model Dual of Type 0B String Theory in Two Dimensions
- D-brane Decay in Two-Dimensional String Theory
- Non-relativistic Fermions, Coadjoint Orbits of \winf\ and String Field Theory at
- Loops versus Matrices - The nonperturbative aspects of noncritical string
- coherent states and path-integral derivation of bosonization of non-relativistic fermions in one dimension
- Exact operator bosonization of finite number of fermions in one space dimension
- Universality of Nonperturbative Effect in Type 0 String Theory
- On the Chemical Potential of D-instantons in c=0 Noncritical String Theory
- Time-dependent backgrounds of 2D string theory: Non-perturbative effects
- Comments on the D-instanton calculus in (p,p+1) minimal string theory
- Universality of Nonperturbative Effects in c<1 Noncritical String Theory
- Nonperturbative Effect in c=1 Noncritical String Theory and Penner Model
- Instantons in c=0 CSFT
- T-duality of ZZ-brane