Certain Novel Aspects of Bosonic TransportStanford University, 2000 - 274 pages |
Contents
JJA model with nearest neighbour repulsion and the existence of | 3 |
35 | 12 |
Destruction of charge superfluidity | 57 |
Copyright | |
6 other sections not shown
Common terms and phrases
2+1)-d XY model algebra appendix behaviour BH model BM phase Bose metal phase Bose system bosons C.C. Li calculation chapter charge bosons charge order chemical potential continuum Cooper pair localisation Cooper pairs critical degrees of freedom delocalised discussed dissipation duality transformation E2 spin electronic energy fermionic function Galilean invariance gapless gauge field fluctuations Hamiltonian hence Hubbard model implies Integrating interaction JJA model Josephson Junction Lett limit low temperature magnetic field modes MoGe Mott Insulator nearest neighbour non-superfluid obtain on-site repulsion original bosons phase boundary phase diagram Phys quantum phase transition quantum zero point regime SC films SC-INS transition specific heat spin liquid spin model superconducting films superconductor superfluid density supersolid theory thin films transverse gauge field transverse modes universality class V₁ vortex density vortex mass vortices vortices and antivortices XY model zero point motion