Zero-brane approach to quantization of biscalar field theory about topological kink-bell solution

Abstract

We study the properties of the topologically nontrivial doublet solution arisen in the biscalar theory with a fourth-power potential introducing an example of the spontaneous breaking of symmetry. We rule out the zero-brane (non-minimal point particle) action for this doublet as a particle with curvature. When quantizing it as the theory with higher derivatives, we calculate the quantum corrections to the mass of the doublet which could not be obtained by means of the perturbation theory.

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References in corpus (2)

• Nonminimal particle-like solutions in cubic scalar field theory
• Zero-brane approach to study of particle-like solitons in classical and quantum Liouville field theory

Cited by in corpus (1)

• Holographic principle and field-to-particle transition formalism in sigma model, dilaton gravity and supergravity: Point particle as end product of field theory and seed of string-brane approach