Canonical Quantization of Open String and Noncommutative Geometry
arXiv:hep-th/9911140 · doi:10.1103/PhysRevD.62.024022
Abstract
We perform canonical quantization of open strings in the -brane background with a -field. Treating the mixed boundary condition as a primary constraint, we get a set of secondary constraints. Then these constraints are shown to be equivalent to orbifold conditions to be imposed on normal string modes. These orbifold conditions are a generalization of the familiar orbifold conditions which arise when we describe open strings in terms of closed strings. Solving the constraints explicitly, we obtain a simple Hamiltonian for the open string, which reveals the nature of noncommutativity transparently.
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