The inertial drag on Cooper pairs in a rotating rf-SQUID ring leads to an asymmetry in the Hamiltonian potential able to force the average magnetic field versus in the ring along the angular velocity one. This effect is a Sagnac signature of Cooper pairs at a quantum level and it may probe the fundamental quantum Mach principle within detectability levels.
Quantum Mach effect by Sagnac Phase Shift on Cooper Pairs in rf-SQUID / Fargion, Daniele; Chiatti, L; Aiello, A.. - In: PHYSICA. C, SUPERCONDUCTIVITY. - ISSN 0921-4534. - STAMPA. - C 336:(2000), pp. 27-32.
Quantum Mach effect by Sagnac Phase Shift on Cooper Pairs in rf-SQUID
FARGION, Daniele;
2000
Abstract
The inertial drag on Cooper pairs in a rotating rf-SQUID ring leads to an asymmetry in the Hamiltonian potential able to force the average magnetic field versus in the ring along the angular velocity one. This effect is a Sagnac signature of Cooper pairs at a quantum level and it may probe the fundamental quantum Mach principle within detectability levels.File allegati a questo prodotto
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