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Objective: Understand experimental Red Shift due to Quantum Confined Stark Effect (QCSE)

Quantum Confined Stark Effect in identical and non-identical QD stacks. Objective: Understand experimental Red Shift due to Quantum Confined Stark Effect (QCSE) Comparison of Quantum Confined Stark Effect in identical and non-identical QD stacks Approach:

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Objective: Understand experimental Red Shift due to Quantum Confined Stark Effect (QCSE)

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  1. Quantum Confined Stark Effect in identical and non-identical QD stacks Objective: Understand experimental Red Shift due to Quantum Confined Stark Effect (QCSE) Comparison of Quantum Confined Stark Effect in identical and non-identical QD stacks Approach: Realistic multi-million structures in NEMO-3D Dome shaped Quantum Dots Identical: D=15nm,15nm; H=3nm Non-Identical: D=15nm, 13nm; H=3nm 10nm cap, 25nm substrate, 0.5nm WL Vary vertical quantum dot distance In-plane Electrical Field [-20kV/cm, 20kV/cm] Expected Results: Consistency of simulation results with symmetric experimental Quantum Confined Stark Effect Feasibility to calculate value of polarizability

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