We address a quantitative determination of the degree of polarization of type-II unpolarized light via the computation of the distance between the polarization distribution and the uniform distribution associated with fully unpolarized light (i.e., type-I unpolarized light or natural light). We determine the maximum degree of polarization for type-II unpolarized light and the states reaching it. We show that the degree of polarization can be arbitrarily large, approaching complete polarization for increasing mean photon numbers
We study nonclassical polarization states characterized by polarization distributions taking negativ...
We introduce a technique for determining the polarimetric characteristics of light by measuring the ...
We demonstrate experimental excitation-manifold-resolved polarization characterization of quantum st...
Quantum optics entails polarization properties that cannot be fully described by the classical Stoke...
The degree of polarization of a quantum state can be defined as its Hilbert-Schmidt distance to the ...
Unpolarized light is invariant with respect to any SU(2) polarization transformation. Since this ful...
The concept of degree of polarization for electromagnetic waves, in its general three-dimensional ve...
We introduce a probability distribution for polarization of three-dimensional quantum light fields a...
The purity parameter is used in quantum mechanics to discriminate pure states from mixed states. We ...
The purity parameter is used in quantum mechanics to discriminate pure states from mixed states. We ...
We examine whether the Stokes parameters of a two-mode electromagnetic field results from the superp...
We study the polarization properties of three-dimensional quantum light fields by using the Stokes o...
The concept of degree of polarization for electromagnetic waves, in its general three-dimensional ve...
Polarization is one of light's most versatile degrees of freedom for both classical and quantum appl...
It is well established that unpolarized light is invariant with respect to any SU(2) polarization tr...
We study nonclassical polarization states characterized by polarization distributions taking negativ...
We introduce a technique for determining the polarimetric characteristics of light by measuring the ...
We demonstrate experimental excitation-manifold-resolved polarization characterization of quantum st...
Quantum optics entails polarization properties that cannot be fully described by the classical Stoke...
The degree of polarization of a quantum state can be defined as its Hilbert-Schmidt distance to the ...
Unpolarized light is invariant with respect to any SU(2) polarization transformation. Since this ful...
The concept of degree of polarization for electromagnetic waves, in its general three-dimensional ve...
We introduce a probability distribution for polarization of three-dimensional quantum light fields a...
The purity parameter is used in quantum mechanics to discriminate pure states from mixed states. We ...
The purity parameter is used in quantum mechanics to discriminate pure states from mixed states. We ...
We examine whether the Stokes parameters of a two-mode electromagnetic field results from the superp...
We study the polarization properties of three-dimensional quantum light fields by using the Stokes o...
The concept of degree of polarization for electromagnetic waves, in its general three-dimensional ve...
Polarization is one of light's most versatile degrees of freedom for both classical and quantum appl...
It is well established that unpolarized light is invariant with respect to any SU(2) polarization tr...
We study nonclassical polarization states characterized by polarization distributions taking negativ...
We introduce a technique for determining the polarimetric characteristics of light by measuring the ...
We demonstrate experimental excitation-manifold-resolved polarization characterization of quantum st...