Quantum Evaporation of Classical Breathers
arXiv:1904.12962 · doi:10.1103/PhysRevD.100.045011
Abstract
We apply the recently discovered classical-quantum correspondence (CQC) to study the quantum evaporation of breathers in an extended sine-Gordon model. We present numerical results for the decay rate of the breather as a function of the coupling strength in the model. This is a complete treatment of the backreaction of quantum radiation on the classical dynamics of oscillons.
arXiv comment8 pages, 10 figures. Published version
References in corpus (8)
- Oscillons After Inflation
- Quantum Radiation of Oscillons
- Low-cost fermions in classical field simulations
- Particle Production and Effective Thermalization in Inhomogeneous Mean Field Theory
- A Classical-Quantum Correspondence and Backreaction
- Oscillon Lifetime in the Presence of Quantum Fluctuations
- Semiclassical decay of topological defects
- Classical-Quantum Correspondence and Hawking Radiation
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- Rolling with quantum fields
- A review on radiation of oscillons and oscillatons
- Resonance structures in kink-antikink scattering in a quantum vacuum
- Emergence of classical structures from the quantum vacuum
- Inflationary quantum dynamics and backreaction using a classical-quantum correspondence
- Semiclassical Backreaction: A Qualitative Assessment