Helium droplets provide a unique low-temperature (0.38K), inert,liquid environment, with superfluid properties that can be studied at the molecular level. We present our most recent results on the effect of a helium nanodroplet environment on the dynamics of molecular systems deposited on its surface or of embedded fragmenting or moving systems. The dynamical method is quantum with a description at the molecular level.

Dynamics at helium droplets

239th National Meeting (2010)

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