A first-principles Euclidean prescription for tunnelling rates out of Noether-charged states, including cases with non-trivial energy.
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The classical action reconstruction of the wave function breaks down in classically forbidden regions, requiring quantum potential or complex actions, and global phases cannot arise from local classical transport alone.
Anomalous tunneling of Nambu-Goldstone modes is a universal low-energy theorem dictated solely by symmetry and scaling.
citing papers explorer
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On quantum tunnelling in the presence of Noether charges
A first-principles Euclidean prescription for tunnelling rates out of Noether-charged states, including cases with non-trivial energy.
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Quantum tunneling, global phases and the limits of classical action reconstructions
The classical action reconstruction of the wave function breaks down in classically forbidden regions, requiring quantum potential or complex actions, and global phases cannot arise from local classical transport alone.
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Anomalous tunneling as a low-energy theorem for Nambu-Goldstone modes
Anomalous tunneling of Nambu-Goldstone modes is a universal low-energy theorem dictated solely by symmetry and scaling.