Relativistic Moduli Space for Kink Collisions
arXiv:2111.06790 · doi:10.1103/PhysRevD.105.065012
Abstract
The moduli space approximation to kink dynamics permits a relativistic generalization if the Derrick scaling parameter is used as a collective coordinate. We develop a perturbative approach to the resulting relativistic moduli space by expanding the Derrick scaling parameter about unity and treating the higher-order Derrick modes as new degrees of freedom. This approach allows us to resolve (coordinate) singularities order-by-order, and systematically incorporates relativistic corrections {\it perturbatively} in kink scattering. It gives an excellent description of kink-antikink collisions in field theory already at first order, and at higher order, reproduces the fractal structure in the formation of the final state with an error of only .
v4: Minor revisions. This version accepted for publication in Physical Review D
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- Kink-antikink collision in the supersymmetric model
- Scattering of kinks in the model
- Scattering of compact kinks
- Constrained instantons and kink-antikink collisions
- Compact kink and its interaction with compact oscillons
- Wobbling kinks and shape mode interactions in a coupled two-component theory
- Moduli space with a boundary
- Moduli Space for Kink Collisions with Moving Center of Mass
- Kink-antikink collisions in hyper-massive models
- Scattering between orthogonally wobbling kinks
- Collective coordinate descriptions of a kink in a driven-damped model
- Negative radiation pressure in the abelian Higgs model