BPS Saturated Vacua Interpolation along One Compact Dimension

Abstract

A class of generalized Wess-Zumino models with distinct vacua is investigated. These models allow for BPS saturated vacua interpolation along one compact spatial dimension. The properties of these interpolations are studied.

8 pages, 4 figures

References in corpus (3)

• More on the Tensorial Central Charges in N=1 Supersymmetric Gauge Theories (BPS Wall Junctions and Strings)
• Tiling the plane without supersymmetry
• BPS Saturated Solitons in N=2 Two-Dimensional Theories on RxS (Domain Walls in Theories with Compactified Dimensions)

Cited by in corpus (11)

• Simple SUSY Breaking Mechanism by Coexisting Walls
• Complete factorization of equations of motion in Wess-Zumino theory
• Complete factorization of equations of motion in supersymmetric field theories
• Construction of topological defect networks with complex scalar fields
• Defect structures in sine-Gordon-like models
• Winding number and non-BPS bound states of walls in nonlinear sigma models
• Supersymmetry breaking in 5-dimensional space-time with S**1/Z(2) compactification
• Thermodynamic gauge-theory cascade
• Our wall as the origin of CP violation
• A Model for the Effective Potential of Thermalized Pure SU(Large N) Gauge Theory
• Deconfining by Winding: The Magnetic Monopole Vacua at High Temperatures