Kelvin-wave turbulence is directly observed along a classical bathtub-vortex filament, with measured spectra and sixth-order correlations confirming six-wave resonant cascade predictions.
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Bose-Hubbard rings support energetic metastability while chains support only dynamical metastability that survives into the GPE limit as chaos diminishes, revealed by spectrum tomography of mixed phase space.
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Experimental evidence of Kelvin wave turbulence along a vortex core
Kelvin-wave turbulence is directly observed along a classical bathtub-vortex filament, with measured spectra and sixth-order correlations confirming six-wave resonant cascade predictions.
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Metastability, chaos and spectrum tomography for Bose-Hubbard rings and chains
Bose-Hubbard rings support energetic metastability while chains support only dynamical metastability that survives into the GPE limit as chaos diminishes, revealed by spectrum tomography of mixed phase space.