Abstract
The interaction of third-sound ripplons in the superfluid helium with spin- polarized hydrogen atoms is found to give kinks in the dispersion at special values of the wave vector. The kinks trap new quasiparticles which in a high magnetic field align the nuclear spin as well as the electronic spin that can phase separate into electronic and nuclear spins parallel and anti-parallel states. Similar result is brought about by Ginzburg-Landau model.
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