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Precise control of the transport of ultra-cold atoms in optical lattices isessential for the exploration of quantum phenomena and the development ofadvanced quantum technologies. Harnessing the distinctive characteristics ofthe system near integrability, we investigate the tunneling control of dipolarbosons confined within a triple-well circuit via dipole polarizationorientation. Based on this control mechanism, we propose a quantum magneticcompass that shows sensitivity beyond the Heisenberg limit to small variationsin the orientation of magnetic fields, making it a promising candidate forsensing applications.

Tunneling control of dipolar boson in triple well circuit via dipole polarization orientation and quantum sensing application