Bosonization of quantum sine-Gordon field with a boundary
Bo-yu Hou, Kang-jie Shi, Yan-shen Wang, Wen-li Yang
TL;DR
This paper investigates the boundary effects in the quantum sine-Gordon model using bosonization and q-deformed oscillators, providing explicit form-factors and boundary state analysis.
Contribution
It introduces a bosonization approach combined with q-deformed oscillators to analyze boundary operators and ground states in the sine-Gordon model.
Findings
Derived form-factors for the boundary sine-Gordon model
Analyzed boundary ground states using bosonization techniques
Developed a framework for boundary operator analysis
Abstract
Boundary operators and boundary ground states in sine-Gordon model with a fixed boundary condition are studied using bosonization and q-deformed oscillators.We also obtain the form-factors of this model.
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