Kenfack SC, Nguimeya G.-P, Talla PK, Fotue AJ, Fobasso MFC, Tiotsop M, Djomou JRD, Ekosso CM and Fai LC
We consider a pair of linearly coupled harmonic oscillators to explore the decoherence phenomenon induces by interaction of a quantum system with a classical environment using Feynman path’s integral method. We determine the DCHO propagator afterwards thermodynamics parameters associated to the system. We show numerically that one can reduce decoherence of a system by coupling this one to a driven harmonic oscillator or by carrying this system to the resonance.
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