Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Single epitaxial InAsxP₁-x quantum dot investigated by microphotoluminescence, magneto-optical measurements, and tomography in a layered InP-based heterostructure with a bottom DBR and etched mesa.
Typical InAsxP₁-x/InP quantum dot used in 8-band k·p plus configuration-interaction calculations to reconstruct the energy structure and structural parameters.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Single epitaxial InAsxP₁-x quantum dot investigated by microphotoluminescence, magneto-optical measurements, and tomography in a layered InP-based heterostructure with a bottom DBR and etched mesa.
Typical InAsxP₁-x/InP quantum dot used in 8-band k·p plus configuration-interaction calculations to reconstruct the energy structure and structural parameters.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Single epitaxial InAsxP₁-x quantum dot investigated by microphotoluminescence, magneto-optical measurements, and tomography in a layered InP-based heterostructure with a bottom DBR and etched mesa.
Typical InAsxP₁-x/InP quantum dot used in 8-band k·p plus configuration-interaction calculations to reconstruct the energy structure and structural parameters.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Single epitaxial InAsxP₁-x quantum dot investigated by microphotoluminescence, magneto-optical measurements, and tomography in a layered InP-based heterostructure with a bottom DBR and etched mesa.
Typical InAsxP₁-x/InP quantum dot used in 8-band k·p plus configuration-interaction calculations to reconstruct the energy structure and structural parameters.