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Bose–Hubbard model / Topological order / Optical lattice / Bose–Einstein condensate / Superfluid / BCS theory / Hubbard model / Fermi gas / Density of states / Physics / Condensed matter physics / Matter


OPEN SUBJECT AREAS: ULTRACOLD GASES QUANTUM FLUIDS AND SOLIDS Cooling a Band Insulator with a Metal:
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Document Date: 2014-10-17 05:07:23

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City

Porto / Berlin / Melville / /

Company

Sørensen A. S. / Brown / Creative Commons / Multiband / Greif / /

Country

United States / India / /

Currency

pence / /

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Facility

Indian Institute of Science / /

IndustryTerm

e-prints / metal / coulomb gas / quantum gas microscope10 / fermi gas / kinetic energy operator / cold atomic systems / low carrier concentrations / energy gap / fourier-transform algorithm / local chemical potential / spin-orbit coupled fermi gas / uniform saddle point solution / atomic quantum gas / direct imaging / chemical potential / cold gas / accuracy algorithm / low energy physics / trapped atomic gas / energy dispersion / quantum gas microscope / kinetic energy scale / /

Movie

Hung / /

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SCIENTIFIC / eV / /

OperatingSystem

Fermi / /

Organization

Center for Condensed Matter Theory / Indian Institute of Science / Bangalore / Department of Physics / /

Person

Heinzen / Becker / Nat / Vijay B. Shenoy / Khatami / /

Position

R. N. / D. J. / www.nature.com/scientificreports Author / harper / /

PublishedMedium

Condensed Matter / /

Technology

laser / semiconductors / lasers / dielectric / condensation / spectroscopy / fourier-transform algorithm / http / simulation / high-accuracy algorithm / phase modulation / /

URL

www.nature.com/scientificreports / /

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