Forster Resonant Energy Transfer Signatures in Optically Driven Quantum Dot Molecules - Quantum Dot Molecules - page 346

Table 10.2 Parameters
used in simulations
corresponding to
Figs. 10.5 - 10.7

Name Symbol Value

Interdot distance d 8.4 nm

Forster coupling strength V F 0.08 meV

Electron tunneling strength t e 2.0 meV

Hole tunneling strength t h 0.1 meV

Radiation field coupling Ω 0.4 meV

T QD direct exciton bare energy E 0 01 X 1248.1 meV

B QD direct exciton bare energy E 1 10 X E 0 01 X +10 μeV

Indirect exciton e B h T E 1 01 X 1263.11 meV

Indirect exciton e B h T E 0 10 X 1267.12 meV

Table 10.3 Parameters
used in simulations
corresponding to Figs. 10.8
and 10.9

Name Symbol Value

Interdot distance d 8.25 nm

Forster coupling strength V F 0.09 meV

Electron tunneling strength t e 2.1 meV

Hole tunneling strength t h 0.12 meV

Radiation field coupling Ω 1.4 meV

T QD direct exciton bare energy E 0 01 X 1248.62 meV

B QD direct exciton bare energy E 1 10 X 1248.79 meV

Indirect exciton e B h T E 1 01 X 1263.49 meV

Indirect exciton e B h T E 0 10 X 1267.60 meV

T QD direct biexciton bare energy E 0 02 X 2492.85 meV

Trion like biexciton energy E 2 11 X E 0 02 X + 17 meV

E 2 11 X − Trion like biexciton energy E 1 02 X 20 μ eV

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