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Quantum information science / Quantum mechanics / Lattice models / Fermion / Boson / Quantum computer / Controlled NOT gate / Bose–Hubbard model / Jordan–Wigner transformation / Physics / Quantum field theory / Condensed matter physics


Efficient quantum simulation of fermionic and bosonic models in trapped ions
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City

Bilbao / /

Company

Creative Commons / /

Country

Jordan / /

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IndustryTerm

efficient protocol / quantum information protocols / position operator / bosonic systems / fermionic systems / fermion site / high energy physics / universal quantum computing / kinetic energy / versatile tool / trapped-ion chain / example spin systems / trapped-ion technologies / condensed-matter systems / fermionic operator / quantum technology / Energy-level scheme / nonlocal spin operators / phononic free energy / state systems / classical devices / implementation feasible with current technology / tensor products / trapped-ion technology / body spin operator / spin operators / carrier interaction / nuclei-nuclei potential energy / photonic systems / fermionic and bosonic systems / /

Organization

University of the Basque Country UPV/EHU / Department of Physical Chemistry / /

Position

author / Hb / /

ProvinceOrState

Mississippi / /

Technology

promising quantum technology / spin Lamata et al. EPJ Quantum Technology / laser / trapped-ion technology / proposed three-step protocol / efficient protocol / mode Lamata et al. EPJ Quantum Technology / trapped-ion technologies / MS-based protocol / implementing quantum information protocols / simulation / 13 Lamata et al. EPJ Quantum Technology / /

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