2.14.3. region{ }

Calling sequence

quantum{ region{ } }

Properties

• usage: \(\mathrm{\textcolor{ForestGreen}{optional}}\)

• items: no constraints

Functionality

It is the most important nested group in quantum{ }. It allows to define a region in the simulation domain and assign a specific model to solve the Schrödinger equation inside the defined region.

Nested keywords

• name
• no_density
• x
• y
• z
• spin_quantization_axis
• array_x{ }, array_y{ }, array_z{ }
• array2_x{ }, array2_y{ }, array2_z{ }
• Gamma{}, L{}, X{}, Delta{}, HH{}, LH{}, SO{}
• kp_6band{ }
• kp_8band{ }
• boundary{ }
• overlap_integrals{ }
• momentum_matrix_elements{ }
• dipole_moment_matrix_elements{ }
• transition_energies{ }
• quantum{ region{ quantize_x{ }, … } }
• lifetimes{ }
• excitons{ }
• output_wavefunctions{ }
• output_subband_densities{ }
• quantum{ region{ output_quantum_densities{ } } }
• quantum{ region{ output_occupations_on_grid{ } } }
• quantum{ region{ output_energies_on_grid{ } } }
• output_rotated_inverse_mass_tensor{ }

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Last update: 27/05/2025