@article{ISI:000343090400005,
 abstract = {A cold atomic realization of a quantum correlated state of many fermions
on a lattice, eg. superfluid, has eluded experimental realization due to
the entropy problem. Here we propose a route to realize such a state
using holographic lattice and confining potentials. The potentials are
designed to produces aband insulating state (low heat capacity) at the
trap center, and a metallic state (high heat capacity) at the periphery.
The metal ``cools″ the central band insulator by extracting out the
excess entropy. The central band insulator can be turned into a
superfluid by tuning an attractive interaction between the fermions.
Crucially, the holographic lattice allows the emergent superfluid to
have a high transition temperature - even twice that of the effective
trap temperature. The scheme provides a promising route to a laboratory
realization of a fermionic lattice superfluid, even while being
adaptable to simulate other many body states.},
 article-number = {6655},
 author = {Haldar, Arijit and Shenoy, Vijay B.},
 doi = {10.1038/srep06655},
 issn = {2045-2322},
 journal = {SCIENTIFIC REPORTS},
 month = {OCT 17},
 orcid-numbers = {Haldar, Arijit/0000-0003-1962-1707},
 times-cited = {1},
 title = {Cooling a Band Insulator with a Metal: Fermionic Superfluid in a
Dimerized Holographic Lattice},
 unique-id = {ISI:000343090400005},
 volume = {4},
 year = {2014}
}