Coherent Phase Control in Closed and Open Quantum Systems: A General Master Equation Approach

Abstract

The underlying mechanisms for one photon phase control are revealed through a master equation approach. Specifically, two mechanisms are identified, one operating on the laser time scale and the other on the time scale of the system-bath interaction. The effect of the secular and non-secular Markovian approximations are carefully examined.

11 pages. It matches the published version

References in corpus (3)

• Computational Methodologies and Physical Insights into Electronic Energy Transfer in Photosynthetic Light-Harvesting Complexes
• Incoherent Excitation of Thermally Equilibrated Open Quantum Systems
• Quantum Driven Dissipative Parametric Oscillator in a Blackbody Radiation Field

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• Quantum Limit for Driven Linear Non-Markovian Open-Quantum-Systems
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• Quantum Process Tomography by 2D Fluorescence Spectroscopy
• Direct Experimental Determination of Spectral Densities of Molecular Complexes
• Quantum Driven Dissipative Parametric Oscillator in a Blackbody Radiation Field
• Transient Quantum Coherent Response to a Partially Coherent Radiation Field
• Influence of Non-Markovian Dynamics in Thermal-Equilibrium Uncertainty-Relations
• Equilibrium Coherence in the Multi-level Spin-boson Model
• The Scaling of Weak Field Phase-Only Control in Markovian Dynamics
• Light-harvesting efficiency cannot depend on optical coherence in the absence of orientational order
• Preparations and Weak Quantum Control can Witness non-Markovianity
• On oscillator-bath system: Exact propagator, Reduced density matrix and Green's function
• Open Quantum Systems at Low Temperature
• Fully differentiable optimization protocols for non-equilibrium steady states