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Radiation-like Shock Waves in Kink Scattering
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abstract
We study the radiation in kink collision via a model that varies between $\phi^6$ theory and $\phi^2$ theory with some discontinuities. Both numerical and analytical methods were used to investigate The kink-antikink(KAK) and antikink-kink(AKK) collision. In the numerical analysis, we found the critical velocities in both collisions increased with $n$. We also found a finite lifetime oscillon window in KAK collision for $n=2$. In the analytical part, we found a family of shock wave solutions that describes radiation in the kink collision perfectly. Moreover, an analytical AKK solution at $n\rightarrow\infty$ and $v=1$ was found by considering a certain limit of these solutions.
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Kinks in generalized scalar field models and their scattering properties
Absolute-value couplings in scalar field superpotentials produce kinks that compactify with n, and collisions of these kinks lose two-bounce windows as the number of vibrational bound states grows.
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