EMfield{ }

Calling sequence

EMfield{ }

Functionality

Specifies the electromagnetic field used in photo-assisted transport calculation. Please refer to Photon-assisted transport for model description.

The following keywords are available within this group:

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EMmode{ }

Calling sequence

EMfield{ EMmode{ } }

Functionality

Specifies the electromagnetic mode in the cavity.

Example

EMfield{
   EMmode{
      PhotonEnergy = 160
      ElectricField = 0.0
      Intensity = 1e5
   }
}

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EMmode{ PhotonEnergy }

Calling sequence

EMfield{ EMmode{ PhotonEnergy } }

Properties

• type: real number

• unit: $\mathrm{meV}$

Functionality

Sets the photon energy of the optical mode.

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EMmode{ ElectricField }

Calling sequence

EMfield{ EMmode{ ElectricField } }

Properties

• type: real number

• unit: $\mathrm{V}/\mathrm{m}$

Functionality

—

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EMmode{ Intensity }

Calling sequence

EMfield{ EMmode{ Intensity } }

Properties

• type: real number

• unit: $\mathrm{W}/{\mathrm{m}}^2$

Functionality

Sets the light intensity.

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EMmode{ Polarization{ } }

Calling sequence

EMfield{ EMmode{ Polarization{ } } }

Functionality

Sets the electric field polarization used for the photon-assisted transport calculation.

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EMmode{ Polarization{ Re } }

Calling sequence

EMfield{ EMmode{ Polarization{ Re } } }

Properties

• type: vector of 3 real numbers: $(r_1,r_2,r_3)$

• unit: $-$

Functionality

Specifies the real part of the polarization vector. The complex vector is internally normalized to $|ϵ{|}^2=1$.

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EMmode{ Polarization{ Im } }

Calling sequence

EMfield{ EMmode{ Polarization{ Im } } }

Properties

• type: vector of 3 real numbers: $(r_1,r_2,r_3)$

• unit: $-$

Functionality

Specifies the imaginary part of the polarization vector. The complex vector is internally normalized to $|ϵ{|}^2=1$.