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An extra constant phase can be added to the wave function of a finite-lengthportion of a chiral Fermi sea. This phase can be read-out with the help of animbalanced interferometer, where such a phase carrier interferes with thereference Fermi sea. As a result of such interference, the same in value butopposite in sign charge is appeared at interferometer's outputs. A phasecarrier consists of electron-hole pairs residing on the surface of the Fermisea. Importantly, these pairs are not only electrically neutral, but inaddition do not carry heat. A phase carrier can be created, for instance, withthe help of an on-demand single-electron source able to produce excitationswith a multiple-peak density profile.

Long-range Fermi sea correlations as the resource for encoding quantum information