Phonon-driven resonant inter-dot tunneling emerges at triplet resonance in double quantum dots, strongly modified by spin blockade, with unidirectional transport generated along the phonon gradient for weak coupling.
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Twisted trilayer hBN exhibits electric-field-tunable super moiré domains that host reconfigurable arrays of quantum dots supporting localized quantum harmonic oscillator states.
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Real-time dynamics of triplet-resonant tunneling driven by nonequilibrium phonons
Phonon-driven resonant inter-dot tunneling emerges at triplet resonance in double quantum dots, strongly modified by spin blockade, with unidirectional transport generated along the phonon gradient for weak coupling.
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Super Moir\'e Domain Tessellations, Sliding Ferroelectricity, and Reconfigurable Quantum Dot Arrays in Twisted Trilayer Hexagonal Boron Nitride
Twisted trilayer hBN exhibits electric-field-tunable super moiré domains that host reconfigurable arrays of quantum dots supporting localized quantum harmonic oscillator states.