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Quantum-geometric perspective on spin-orbit-coupled Bose superfluids
A. L. Subaşl
, M. Iskin
Department of Physics Engineering
Koc University
Research output
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Contribution to journal
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Article
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peer-review
7
Citations (Scopus)
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Keyphrases
Bogoliubov Approximation
50%
Bogoliubov Spectrum
50%
Bose Gas
50%
Geometric Perspective
100%
Helicity
100%
Interaction Strength
50%
Interband
50%
Linear Dependence
50%
Low Energy
50%
Order Parameter
50%
Phase Transition Boundary
50%
Plane Wave
100%
Quantum Geometry
100%
Rotons
50%
Sound Velocity
50%
Spin-orbit Coupling
100%
Square Root
50%
State Affect
50%
Stripe Phase
50%
Superfluid
100%
Superfluid Density
50%
Superfluid Properties
50%
Physics
Acoustic Velocity
33%
Condensate
100%
Plane Wave
66%
Roton
33%
Superfluid
100%
Earth and Planetary Sciences
Acoustic Velocity
50%
Plane Wave
100%
Rotons
50%