Damping of neutrino flavour conversions in a 'noisy' supernova shock-wave

Physics

Scientific paper

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Scientific paper

In recent literature, it has been realized that supernova (SN) shock-wave propagation after the core-bounce can leave a peculiar imprint on the observable SN neutrino signal at Earth. We show that small-scale stochastic density fluctuations in SN matter might modify this scenario, potentially suppressing the signature associated with the shock wave on the neutrino spectra.

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