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Cooling in strongly correlated optical lattices: Prospects and challenges
D. C. McKay,
B. DeMarco
Grainger College of Engineering
Physics
Materials Research Lab
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Keyphrases
Strong Correlation
100%
Optical Lattice
100%
Thermometry
33%
Hubbard Model
33%
Low Temperature
16%
Superconductivity
16%
Energy Scaling
16%
D-Wave
16%
Cooling Method
16%
Interaction Strength
16%
Heat Source
16%
Theoretical Understanding
16%
Ultra-low Temperature
16%
Strongly Correlated Materials
16%
High-temperature Superconducting Cuprates
16%
Atomic System
16%
Temperature Scale
16%
Extension Method
16%
Lattice Simulations
16%
Microscopic Parameters
16%
Material Science
Mechanical Strength
100%
Superconductivity
100%
Cuprate
100%
Physics
Optical Lattice
100%
Superconductivity
16%
Cuprates
16%
Cryogenic Temperature
16%