On the electric activity of superfluid systems

preprint2009arXivOpen access

Abstract

The Keldysh's theory of superfluidity of rarefied electron-hole gas is generalized to a case of possible pair polarizability. It was shown that inhomogeneity of the system leads to dipole moment which is proportional to the density gradient. The dipole moment appears also near boundaries of the system. It was determined that quantized vortices in a magnetic field carry a real electric charge. In He II at H=10 T and helium rotation velocity 10210^2 s−1^{-1} the charge density is about 104e10^4e cm−3^{-3}, where ee is the electron charge.

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