Deformed parafermionic algebra from single-band tight-binding dynamics
Fardin Kheirandish, Hassan Pahlavani
Abstract
Fardin Kheirandish, Hassan Pahlavani
Abstract
The quantum dynamics of a driven single-band tight-binding model with different boundary conditions is considered. The relation between the Hamiltonian describing the single-band tight-binding dynamics and the Hamiltonian of a discrete-charge mesoscopic quantum circuit is elucidated. It is shown that the former Hamiltonian, with Dirichlet boundary conditions, can be considered as a realization of the deformed parafermionic
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The quantum dynamics of a driven single-band tight-binding model with different boundary conditions is considered. The relation between the Hamiltonian describing the single-band tight-binding dynamics and the Hamiltonian of a discrete-charge mesoscopic quantum circuit is elucidated. It is shown that the former Hamiltonian, with Dirichlet boundary conditions, can be considered as a realization of the deformed parafermionic
Key concepts: Hamiltonian (control theory), Tight binding, Mesoscopic physics, Physics, Quantum, Boundary value problem, Dirichlet boundary condition, Quantum mechanics